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Today's Topics:
Rosenfeld's 1989 Computer Vision Bibliography
----------------------------------------------------------------------
Date: Wed, 7 Mar 90 09:55:31 PST
From: Philip Kahn <vision>
Subject: Rosenfeld's 1989 Computer Vision Bibliography
[ This is provided via the kindness of Dr. Azriel Rosenfeld at the
University of Maryland and the efforts Joe Sanjour who kindly posted
this bibliography to the Vision List FTP directory. This bibliography
may also be accessed via this FTP access path.
phil... ]
1. Introduction
This is the twentieth in a series of bibliographies on
computer processing of pictorial information, covering
primarily items published during 1989. The coverage is
restricted, for the most part, to a selected set of U.S. or
international journals and proceedings of specialized
meetings. No attempt is made to summarize or evaluate the
items cited; the purpose is simply to provide a convenient
compendium of references, grouped by subject.
The references are arranged under the following
headings:
(A) General references
(B) Related topics
(C) Applications
(D) Architectures
(E) Computational techniques
(F) Feature detection, segmentation, image analysis
(G) Matching, stereo, time-varying imagery
(H) Shape and pattern
(I) Color and texture
(J) Three-dimensional scene analysis
Letter/number codes in the text (A.1, etc.) correspond to
sections of the bibliography.
Papers, books, etc. relating primarily to specific
topics will be cited in later sections. In this section we
cite references that relate to more than one topic:
(A.1) Meetings and meeting proceedings [1-23]
(A.2) Textbooks [24-26], a journal [27], some general
papers [28-30], descriptions of research at various
institutions [31-44], and the previous bibliography
in this series [45].
2. Related topics
The following related areas are not covered
systematically, but we give a few references on them:
(B.1) Computational geometry: Meetings, special issues,
etc. [46-51].
(B.2) Computer graphics: Meetings, etc. [52-63].
(B.3) Image input/output [64-67], digitization [68-72],
and coding [73-74].
(B.4) Image processing (multidimensional signal
processing, enhancement, restoration,
reconstruction)-general references [75-78], as well
as papers on image smoothing [79-97] (see also [98])
and contrast enhancement [99-101].
(B.5) Optical processing [102-111].
(B.6) Visual perception: meetings [112-114], as well as a
few books [115-122] and papers [123-126]. (A few
other papers on specific aspects of perception are
cited in later sections.)
(B.7) Neural networks, connectionism [127-153] (see also
[154-156] on learning).
(B.8) Pattern recognition and artificial intelligence:
some general references [157-169], as well as some
papers on constraint satisfaction and relaxation
methods [170-176].
3. Applications[*]
(C.1) Character recognition, document processing
[177-178].
(C.2) Biomedical applications [179-183].
(C.3) Industrial applications [184-196], including some
general references on robotics applications
[197-200].
(C.4) Autonomous systems [201-206] (robot navigation,
etc.), including some individual papers [207-219].
(C.5) Remote sensing, reconnaissance [220-227], including
some individual papers [228-241].
(C.6) Other applications [242-243].
____________________
[*]Individual papers on most of these topics are no longer
cited in this bibliography.
2
4. Architectures
(D.1) General references [244-257].
(D.2) Meshes, hypercubes, etc. [258-275].
(D.3) Other systems [276-301].
(D.4) Related topics [301-309].
5. Computational techniques
(E.1) Image operations (convolutions, morphological
operations, etc.) [310-328].
(E.2) Multiresolution and scale space methods [329-342].
(E.3) Geometric transformations, calibration [343-362].
(E.4) Interpolation, function fitting, etc. [363-399] (see
also [400-402]).
6. Feature detection, segmentation, and image analysis
(F.1) Feature detection [403-438].
(F.2) Segmentation [439-474].
(F.3) Image analysis [475-493]. See also [494-505] on
geometry theorem proving and [506-510] on grammars
and automata, as well as [511-512].
7. Matching, stereo, and motion
(G.1) Image, template, and shape matching [513-537]; see
also [538-551] on Hough transforms, and [552-566] on
string, array, tree, graph, and point pattern
matching.
(G.2) Stereo [567-595].
(G.3) Motion [596-717] (see also [718-726] on motion
perception).
8. Shape
(H.1) Representations [727-737]; topology [738-751]. See
also [752-757] on geometric precision.
3
(H.2) Lines and curves [758-777] (see also [778-780]).
(H.3) Distance and skeletons [781-806].
(H.4) Properties and recognition [807-832] (see also
[833-835]).
(H.5) Motion and path planning [836-868]; see also [869]
on labyrinth searching, and [870-877] on map
building and learning.
9. Color and texture
(I.1) Illumination and color [878-888].
(I.2) Texture: models, synthesis [889-910].
(I.3) Texture: description [911-918].
(I.4) Texture: segmentation [919-929].
10. Three-dimensional scene analysis
(J.1) 3D data acquisition [930-948] and analysis (feature
detection, segmentation, property measurement)
[949-957]; see also [958-959] on 3D images and
[960-965] on grasping and machining.
(J.2) Inference of 3D data from images (``recovery'')
[966-1015].
(J.3) 3D shape and models (surfaces and solids)
[1016-1077]; physically-based models [1078-1087]
(see also [1088]).
(J.4) Image synthesis [1089-1127] (see also [1128]).
(J.5) 3D object recognition [1129-1166].
(J.6) Miscellaneous topics (multisensor systems, sensor
control, etc.) [1167-1187].
4
REFERENCES
For brevity, the following frequently cited sources are
cited in abbreviated forms:
A. Conference Proceedings
Abbreviation Conference
AAAI National Conference on Artificial Intelligence
CG Symposium on Computational Geometry
CVPR Conference on Computer Vision and Pattern Recognition
IJCAI International Joint Conference on Artificial Intelligence
IUW Image Understanding Workshop
SIGGRAPH SIGGRAPH'89 Conference
WI3DS Workshop on Interpretation of Three-Dimensional Scenes
WVM Workshop on Visual Motion
B. Journals
Abbreviation Journal
AI Artificial Intelligence
BC Biological Cybernetics
C&G Computers and Graphics
CGA IEEE Computer Graphics and Applications
CVGIP Computer Vision, Graphics, and Image Processing
DCG Discrete and Computational Geometry
IJCV International Journal of Computer Vision
IJPRAI International Journal of Pattern Recognition and Artificial
Intelligence
IJRR International Journal of Robotics Research
IPL Information Processing Letters
IVC Image and Vision Computing
JCSS Journal of Computer and System Sciences
JOSA Journal of the Optical Society of America
JPDC Journal of Parallel and Distributed Computing
MVA Machine Vision and Applications
PC Parallel Computing
P-IEEE Proceedings of the IEEE
PR Pattern Recognition
PRL Pattern Recognition Letters
SIAM JC SIAM Journal on Computing
SP Signal Processing
T-ASSP IEEE Transactions on Acoustics, Speech, and Signal
Processing
T-COMP IEEE Transactions on Computers
5
T-PAMI IEEE Transactions on Pattern Analysis and Machine
Intelligence
T-RA IEEE Transactions on Robotics and Automation
T-SMC IEEE Transactions on Systems, Man, and Cybernetics
TCS Theoretical Computer Science
TOG ACM Transactions on Graphics
VC The Visual Computer
A. General References
A.1. Meetings
1. A. Krzyzak, T. Kasvand, and C.Y. Suen, eds.,
Computer Vision and Shape Recognition (Vision
Interface 88, Edmonton, Alberta, June 6-10, 1988),
World Scientific, Singapore, 1989.
2. J.C. Simon, ed., From Pixels to Features
(Proceedings of a workshop held in Bonas, France,
August 22-27, 1988), North-Holland, Amsterdam, 1989.
3. Special Issue: 4th Alvey Vision Conference
(Manchester, UK, August 31-September 2, 1988), IVC 7
(1), February 1989, 3-78.
4. Multi-site Seminar in Vision, Tel Aviv, Israel,
March 17, 1989.
5. Proceedings, Image Understanding Workshop (Palo
Alto, CA, May 23-26, 1989), Morgan Kaufmann, San
Mateo, CA.
6. Proceedings, CVPR'89 (IEEE Computer Society
Conference on Computer Vision and Pattern
Recognition, San Diego, CA, June 4-8, 1989),
Computer Society Press, Washington, DC.
7. Image Understanding and Machine Vision (Optical
Society of America Topical Meeting, North Falmouth,
MA, June 12-14, 1989), Optical Society of America,
Washington, DC.
8. M. Pietikainen and J. Rohning, eds., Proceedings of
the 6th Scandinavian Conference on Image Analysis
(Oulu, Finland, June 19-22, 1989), Pattern
Recognition Society of Finland, 1989.
9. IBM Europe Institute on Common Topics in Image
Analysis and Synthesis, Garmisch-Partenkirchen, FRG,
July 10-14, 1989.
6
10. Third International Conference on Image Processing
and its Applications (Warwick, UK, July 18-20,
1989), Institution of Electrical Engineers, London,
UK, 1989.
11. Active Perception and Robot Vision (NATO Advanced
Study Institute), Maratea, Italy, July 17-28, 1989.
12. A.G. Tescher, ed., Applications of Digital Image
Processing XII (San Diego, CA, August 8-11, 1989),
Proc. SPIE 1153.
13. CAIP'89, Third International Conference on Computer
Analysis of Images and Patterns, Leipzig, DDR,
August 31-September 2, 1989.
14. From Pixels to Features (COST 13 Summer School),
Bonas, France, September 4-9, 1989.
15. ICIP'89, IEEE International Conference on Image
Processing, Singapore, September 5-8, 1989.
16. 5ICIAP, 5th International Conference on Image
Analysis and Processing, Positano, Italy, September
20-22, 1989.
17. ASOIZ'89, Third Conference on Automated Systems of
Image Processing, Leningrad, USSR, September 24-27,
1989.
18. AIPR, 18th Workshop on Applied Imagery Pattern
Recognition, Washington, DC, October 11-13, 1989.
19. D. Casasent, ed., Intelligent Robots and Computer
Vision VIII: Algorithms and Techniques
(Philadelphia, PA, November 6-10, 1989), Proc. SPIE
1192.
20. B.G. Batchelor, ed., Intelligent Robots and Computer
Vision VIII: Systems and Applications
(Philadelphia, PA, November 9-10, 1989), Proc. SPIE
1193.
21. P.S. Schenker, ed., Sensor Fusion II: Human and
Machine Strategies (Philadelphia, PA, November 6-9,
1989), Proc. SPIE 1198.
22. W.A. Pearlman, ed., Visual Communications and Image
Processing IV (Philadelphia, PA, November 8-10,
1989), Proc. SPIE 1199.
7
23. Proceedings, Workshop on Interpretation of 3D Scenes
(Austin, TX, November 27-29, 1989), Computer Society
Press, Washington, DC.
A.2. Books, etc.
24. M.C. Fairhurst, Computer Vision for Robotic
Systems-An Introduction, Prentice Hall, New York,
1988.
25. A.K. Jain, Fundamentals of Digital Image Processing,
Prentice Hall, Englewood Cliffs, NJ, 1989.
26. R.J. Schalkoff, Digital Image Processing and
Computer Vision, Wiley, New York, 1989.
27. G. Wade, E.A. Robinson, and H. Lee, eds.,
International Journal of Imaging Systems and
Technology, Wiley, New York, 1989ff.
28. J.R. Kender, Some issues for the panel on
methodology and standards in CVPR research, CVPR,
436.
29. R.M. Haralick, Methodology for experimental computer
vision, CVPR, 437-438.
30. D. Petkovic, The need for accuracy verification of
machine vision algorithms and systems, CVPR,
439-440.
31. R.L. Simpson, An update on strategic computing
computer vision, IUW, 1-11.
32. M.A. Fischler and R.C. Bolles, Image understanding
research at SRI International, IUW, 21-31.
33. T. Kanade and S. Shafer, Image understanding
research at Carnegie Mellon, IUW, 32-47.
34. A.R. Hanson and E.M. Riseman, Progress in computer
vision at the University of Massachusetts, IUW,
49-55.
35. T. Poggio and the staff, MIT progress in
understanding images, IUW, 56-74.
36. R. Nevatia, K. Price, and G. Medioni, USC image
understanding research: 1988-89, IUW, 75-93.
8
37. A. Rosenfeld, L.S. Davis, and J.(Y.) Aloimonos,
Image understanding research at the University of
Maryland (January 1988-February 1989), IUW, 94-109.
38. J.R. Kender, P.K. Allen, and T.E. Boult, Image
understanding and robotics research at Columbia
University, IUW, 110-121.
39. C.M. Brown and R.C. Nelson, Image understanding at
the University of Rochester, IUW, 122-127.
40. N.R. Corby, Image understanding research at GE, IUW,
144-146.
41. C. Bjorklund, M. Noga, E. Barrett, and D. Kuan,
Lockheed imaging technology research for missiles
and space, IUW, 332-352.
42. R.M. Bolle, A. Califano, R. Kjeldsen, and R.W.
Taylor, Computer vision research at the IBM T.J.
Watson Research Center, IUW, 471-478.
43. E.M. Riseman and A.R. Hanson, Computer vision
research at the University of Massachusetts-themes
and progress, IJCV 2, 1989, 199-207.
44. M.A. Fischler, An overview of computer vision
research at SRI International-themes and progress,
IJCV 3, 1989, 7-15.
45. A. Rosenfeld, Image analysis and computer vision:
1988, CVGIP 46, 1989, 196-264.
B. Related Topics
B.1. Computational geometry
46. H. Noltemeier, ed., Computational Geometry and its
Applications, Springer, Berlin, 1988.
47. Proceedings of the Fifth Annual Symposium on
Computational Geometry (Saarbrucken, FRG, June 5-7,
1989), ACM Press, New York.
48. First Canadian Conference on Computational Geometry,
Montreal, Quebec, August 21-25, 1989.
49. J. O'Rourke, The computational geometry column #3,
Computer Graphics 23, 1989, 212-213.
9
50. C.K. Yap, guest ed., Special Issue on Computational
Geometry, Algorithmica 4 (1), 1989, 1-155.
51. C. Yap, guest ed., Special Issue on Computational
Geometry, JCSS 39 (2), October 1989, 125-247.
B.2. Computer Graphics
52. D.F. Rogers and R.A. Earnshaw, eds., Computer
Graphic Techniques, Springer, Berlin, 1989.
53. NCGA'89 (Tenth Annual Conference and Exposition,
National Computer Graphics Association),
Philadelphia, PA, April 16-20, 1989.
54. Proceedings, Graphics Interface '89 (London,
Ontario, June 19-23, 1989), Morgan Kaufmann, San
Mateo, CA, 1989.
55. N. Magnenat-Thalmann and D. Thalmann, eds., New
Trends in Computer Graphics (Proceedings, Computer
Graphics International '88, Geneva, Switzerland, May
24-27, 1988), Springer, Berlin, 1988.
56. N. Magnenat-Thalmann and D. Thalmann, eds., Special
Issue on Computer Graphics International '88 (CGI
'88), VC 5 (1-2), 1989, 1-119.
57. R.A. Earnshaw and B. Wyvill, eds., New Advances in
Computer Graphics (Proceedings, Computer Graphics
International '89, 7th Conference of the Computer
Graphics Society, Leeds, UK, June 27-30, 1989),
Springer, Berlin, 1989.
58. SIGGRAPH'89 Conference Proceedings (Boston, MA, July
31-August 4, 1989), Computer Graphics 23 (3), July
1989.
59. G. Marechal, ed., Eurographics '87 (Amsterdam, The
Netherlands, August 24-28, 1987), North-Holland,
Amsterdam, 1987.
60. D.A. Duce and P. Jancene, eds., Eurographics '88
(Nice, France, September 12-16, 1988), North-
Holland, Amsterdam, 1988.
61. W. Hansmann, F.R.A. Hopgood, and W. Strasser, eds.,
Eurographics '89 (Hamburg, FRG, September 4-8,
1989), North-Holland, Amsterdam, 1989.
10
62. J.J. McConnell, Dissertation abstracts in computer
graphics, Computer Graphics 23, 1989, 191-206.
63. P. Burger and D. Gillies, Interactive Computer
Graphics-Functional, Procedural, and Device-Level
Methods, Addison-Wesley, Reading, MA, 1989.
B.3. Image I/O, digitization, and coding
64. R.R. Morton and R.C. Hsieh, eds., Imaging
Workstations and Document Input Systems (Los
Angeles, CA, January 17-20, 1989), Proc. SPIE 1074.
65. G.M. Nelson, guest ed., Visualization in Scientific
Computing, Computer 22 (8), August 1989, 10-101.
66. Imaging '89 (Sixth Annual International Electronic
Imaging '89 East Exposition and Conference), Boston,
MA, October 2-5, 1989.
67. Imagexpo (International Imaging Industry Conference
and Exposition), Vienna, Austria, October 18-20,
1989.
68. S.B.M. Bell, F.C. Holroyd, and D.C. Mason, A digital
geometry for hexagonal pixels, IVC 7, 1989, 194-204.
69. J.D. Hobby, Rasterizing curves of constant width, J.
ACM 36, 1989, 209-229.
70. B. Kamgar-Parsi and B. Kamgar-Parsi, Evaluation of
quantization error in computer vision, T-PAMI 11,
1989, 929-940.
71. B. Kamgar-Parsi, B. Kamgar-Parsi, and W.A. Sander
III, Quantization error in spatial sampling:
comparison between square and hexagonal pixels,
CVPR, 604-611.
72. N. Gharachorloo, S. Gupta, R.F. Sproull, and I.E.
Sutherland, A characterization of ten rasterization
techniques, SIGGRAPH, 355-368.
73. L. Chariglione, ed., Signal Processing: Image
Communication-Theory, Techniques, and Applications,
Elsevier, 1989ff.
74. H.G. Musmann, guest ed., Special Issue on 64kbit/s
coding of moving video, Image Communication 1 (2),
October 1989, 83-243.
11
B.4. Image processing
75. J. Biemond, guest ed., Special Issue on
Multidimensional Signal Processing (Part II), SP 16
(1), January 1989, 1-82.
76. J. Duvernoy, ed., Image Processing III (Paris,
France, April 24-28, 1989), Proc. SPIE 1135.
77. N.K. Bose, M. Simaan, and J. Biemond, eds.,
Multidimensional Systems and Signal Processing,
Kluwer, 1990ff.
78. Sixth Workshop on Multidimensional Signal
Processing, Monterey, CA, September 6-8, 1989.
79. S.J. Willson, Convergence of iterated median rules,
CVGIP 47, 1989, 105-110.
80. P.W. Verbeek and B.J.H. Verwer, 2-D adaptive
smoothing by 3-D distance transformation, PRL 9,
1989, 53-65.
81. E.R. Davies, Edge location shifts produced by median
filters: theoretical bounds and experimental
results, SP 16, 1989, 83-96.
82. F. Safa and G. Flouzat, Speckle removal on radar
imagery based on arithmetical morphology, SP 16,
1989, 319-333.
83. J. Astola and Y. Neuvo, Optimal median type filters
for exponential noise distributions, SP 17, 1989,
95-104.
84. L. Naaman and A.C. Bovik, Least-squares order
statistic filters with coefficient censoring, SP 18,
1989, 139-152.
85. R. Kutka, A variable median filter for image
restoration adaptable to different types of spike
noise, SP 18, 1989, 217-224.
86. H.U. Dohler, Generation of root signals of two
dimensional median filters, SP 18, 1989, 269-276.
87. H.G. Longbotham and A.C. Bovik, Theory of order
statistic filters and their relationship to linear
FIR filters, T-ASSP 37, 1989, 275-287.
12
88. Y.H. Lee, S.J. Ko, and A.T. Fam, Efficient impulsive
noise suppression via nonlinear recursive filtering,
T-ASSP 37, 1989, 303-306.
89. J.T. Astola and T.G. Campbell, On computation of the
running median, T-ASSP 37, 1989, 572-574.
90. F. Palmieri and C.G. Boncelet Jr., Ll filters-a new
class of order statistic filters, T-ASSP 37, 1989,
691-701.
91. S.Y. Park and Y.H. Lee, Double smoothing of images
using median and Wiener filters, T-ASSP 37, 1989,
943-946.
92. A. Kundu and W.R. Wu, Double-window Hodges-Lehman
(D) filter and hybrid D-median filter for robust
image smoothing, T-ASSP 37, 1989, 1291-1298.
93. P.P. Gandhi, I. Song, and S.A. Kassam, Nonlinear
smoothing filters based on rank estimates of
location, T-ASSP 37, 1989, 1359-1379.
94. O. Vainio, Y. Neuvo, and S.E. Butner, A signal
processor for median-based algorithms, T-ASSP 37,
1989, 1406-1414.
95. C. Ray and R.K. Ward, A parametrized family of
nonlinear image smoothing filters, T-ASSP 37, 1989,
1458-1462.
96. P. Saint-Marc, J.S. Chen, and G. Medioni, Adaptive
smoothing: a general tool for early vision, CVPR,
618-624.
97. L.D. Cai, A ``small leakage'' model for diffusion
smoothing of image data, IJCAI, 1585-1590.
98. J.M. Steele, Certifying smoothnees of discrete
functions and measuring legitimacy of images, J.
Complexity 5, 1989, 261-270.
99. A. Beghdadi and A. Le Negrate, Contrast enhancement
technique based on local detection of edges,
CVGIP 46, 1989, 162-174.
100. K.W. Leszczynski and S. Shalev, A robust algorithm
for contrast enhancement by local histogram
modification, IVC 7, 1989, 205-209.
13
101. H. Li and H.S. Yang, Fast and reliable image
enhancement using fuzzy relaxation technique, T-
SMC 19, 1989, 1276-1281.
B.5. Optical processing
102. R. Arrathoon, Optical Computing-Digital and
Symbolic, Dekker, New York, 1989.
103. H.K. Liu, ed., Optical Pattern Recognition (Los
Angeles, CA, January 17-18, 1989), Proc. SPIE 1053.
104. H.J. Caulfield, ed., Optical Pattern Recognition II
(Paris, France, April 24-28, 1989), Proc. SPIE 1134.
105. B. Javidi, ed., Optical Information Processing
Systems and Architectures (San Diego, CA, August
8-11, 1989), Proc. SPIE 1151.
106. J.L. Horner, guest ed., Special Section on Optical
Devices and Computing, P-IEEE 77 (10), October 1989,
1511-1583.
107. C.K. Campbell, Application of surface acoustic and
shallow bulk acoustic wave devices, P-IEEE 77, 1989,
1453-1484.
108. D.L. Flannery and J.L. Horner, Fourier optical
signal processors, P-IEEE 77, 1989, 1511-1527.
109. J.N. Lee and A. VanderLugt, Acoustooptic signal
processing and computing, P-IEEE 77, 1989,
1528-1557.
110. W.T. Cathey, K. Wagner, and W.J. Miceli, Digital
computing with optics, P-IEEE 77, 1989, 1558-1572.
111. M.M. Eshaghian and V.K. Prasanna-Kumar, Fine grain
image computations on electro-optical arrays, CVPR,
666-761.
B.6. Visual perception
112. B.E. Rogowitz, ed., Human Vision, Visual Processing,
and Digital Display (Los Angeles, CA, January 18-20,
1989), Proc. SPIE 1077.
113. Vision and Three-Dimensional Representation,
Minneapolis, MN, May 24-26, 1989.
14
114. Workshop on Human and Machine Vision, North
Falmouth, MA, June 15, 1989.
115. W.A. Richards, ed., Natural Computation, MIT Press,
Cambridge, MA, 1988.
116. R.L. De Valois and K.K. De Valois, Spatial Vision,
Oxford University Press, Oxford, UK, 1988.
117. B.M. Bennett, D.D. Hoffman, and C. Prakash, Observer
Mechanics-A Formal Theory of Perception, Academic
Press, Orlando, FL, 1989.
118. M.L. Commons, R.J. Herrnstein, S.M. Kosslyn, and
D.B. Mumford, eds., Behavioral Approaches to Pattern
Recognition and Concept Formation, Erlbaum,
Hillsdale, NJ, 1989.
119. M. Hershenson, The Moon Illusion-An Anomaly of
Visual Space Perception?, Erlbaum, Hillsdale, NJ,
1989.
120. G. Humphreys and V. Bruce, Visual Cognition:
Computational, Experimental, and Neuropsychological
Perspectives, Erlbaum, Hillsdale, NJ, 1989.
121. B.E. Shepp and S. Ballesteros, Object Perception-
Structure and Process, Erlbaum, Hillsdale, NJ, 1989.
122. R.A. Finke, Principles of Mental Imagery, MIT Press,
Cambridge, MA, 1989.
123. J.B. Deregowski, Real space and represented space:
cross-cultural perspectives, Behavioral Brain
Sciences 12, 1989, 51-119.
124. D.H. Ballard, Behavioural constraints on animate
vision, IVC 7, 1989, 3-9.
125. R.J. Watt, Scanning from coarse to fine spatial
scales in the human visual system after the onset of
a stimulus, JOSA A4, 1987, 2006-2021.
126. Z. Xie and T.G. Stockham Jr., Toward the unification
of three visual laws and two visual models in
brightness perception, T-SMC 19, 1989, 379-387.
15
B.7. Neural networks
127. E.R. Caianniello, ed., Parallel Architectures and
Neural Networks (First Italian Workshop, Salerno,
Italy, April 27-29, 1988), World Scientific,
Singapore, 1989.
128. IJCNN'89, International Joint Conference on Neural
Networks, Washington, DC, June 18-22, 1989.
129. Neuro-Nimes '89, Second International Workshop on
Neural Networks and their Applications, Nimes,
France, November 13-16, 1989.
130. V. Vemuri, ed., Artificial Neural Networks:
Theoretical Concepts, Computer Science Press,
Rockville, MD, 1988.
131. C. Koch and I. Segev, eds., Methods in Neuronal
Modeling-From Synapses to Networks, MIT Press,
Cambridge, MA, 1988.
132. S. Pinker and J. Mehler, eds., Connections and
Symbols, MIT Press, Cambridge, MA, 1988.
133. C.C. Klimasauskas, A Bibliography of Neurocomputing,
MIT Press, Cambridge, MA, 1988.
134. R. Eckmiller and C.v.d. Malsburg, eds., Neural
Computers, Springer, Berlin, 1988.
135. Y.H. Pao, Adaptive Pattern Recognition and Neural
Networks, Addison-Wesley, Reading, MA, 1989.
136. M.A. Gluck and D.E. Rumelhart, eds., Neuroscience
and Connectionist Theory, Erlbaum, Hillsdale, NJ,
1989.
137. I. Aleksander, ed., Neural Computing Architectures,
MIT Press, Cambridge, MA, 1989.
138. S.J. Hanson and C.R. Olson, eds., Connectionist
Modeling and Brain Function-The Developing
Interface, MIT Press, Cambridge, MA, 1989.
139. L. Nadel, ed., Neural Connections, Mental
Computation, MIT Press, Cambridge, MA, 1989.
140. C.C. Klimasauskas, The 1989 Neuro-Computing
Bibliography, MIT Press, Cambridge, MA, 1989.
16
141. R. Pfeifer, Z. Schreter, F. Fogelman-Soulie', and L.
Steels, eds., Connectionism in Perspective, North-
Holland, Amsterdam, 1989.
142. P. Wasserman, Neural Computing-Theory and
Applications, Van Nostrand, New York, 1989.
143. S. Brunak and B. Lautrup, Neural Networks-Computers
with Intuition, World Scientific, Singapore, 1989.
144. B. Lautrup, The Hopfield Model, World Scientific,
Singapore, 1989.
145. C.A. Will, ed., The Neural Network Review, Erlbaum,
1987ff.
146. H. Szu, ed., Journal of Neural Network Computing-
Technology, Design, and Applications, Auerbach,
1989ff.
147. B. Lautrup and S. Brunak, eds., International
Journal of Neural Systems, World Scientific, 1989ff.
148. D.J. Amit, ed., NETWORK-Computation in Neural
Systems, American Institute of Physics, 1990ff.
149. G. Buchsbaum and W. Freedman, guest eds., Special
Issue on Neurosystems and Neuroengineering, IEEE
Trans. Biomedical Engineering 36 (1), January 1989,
2-160.
150. M.A. Arbib, guest ed., Special Issue: Neural
Computing, JPDC 6 (2), April 1989, 183-449.
151. G.E. Hinton, Connectionist learning procedures,
AI 40, 1989, 185-234.
152. H.J. Caulfield, J. Kinser, and S.K. Rogers, Optical
neural networks, P-IEEE 77, 1989, 1573-1583.
153. E. Saund, Dimensionality-reduction using
connectionist networks, T-PAMI 11, 1989, 304-314.
154. D. Haussler and L. Pitt, eds., Proceedings of the
1988 Workshop on Computational Learning Theory,
Morgan Kaufmann, San Mateo, CA, 1988.
155. R. Forsyth, ed., Machine Learning-Principles and
Techniques, Chapman and Hall, New York, 1989.
17
156. J.G. Carbonell, guest ed., Special Volume on Machine
Learning, AI 40 (1-3), September 1989, 1-385.
B.8. Pattern recognition, artificial intelligence
157. N.G. Zagoruiko, guest ed., Proceedings of the
International Workshop on Expert Systems and Pattern
Recognition (ESPR) (Novosibirsk, USSR, October
26-29, 1987), IJPRAI 3 (1), March 1989, 1-157.
158. G. Ferrate et al., eds., Syntactic and Structural
Pattern Recognition, Springer, Berlin, 1988.
159. J. Kittler, ed., Pattern Recognition, Springer,
Berlin, 1988.
160. T. O'Shea and V. Sgurev, eds., Artificial
Intelligence III-Methodology, Systems, Applications
(Proceedings of the Third International Conference,
AIMSA '88, Varna, Bulgaria, September 20-23, 1988),
North-Holland, Amsterdam, 1988.
161. Fifth IEEE Conference on Artificial Intelligence
Applications, Miami, FL, March 6-10, 1989.
162. M.M. Trivedi, ed., Applications of Artificial
Intelligence VII (Orlando, FL, March 28-30, 1989),
Proc. SPIE 1095.
163. IJCAI'89, Eleventh International Joint Conference on
Artificial Intelligence, Detroit, MI, August 20-25,
1989.
164. A.G. Cohn, ed., AISB'89, Morgan Kaufmann, San Mateo,
CA, 1989.
165. M. Pavel, Fundamentals of Pattern Recognition,
Dekker, New York, 1988.
166. C.W. Therrien, Decision Estimation and
Classification-An Introduction to Pattern
Recognition and Related Topics, Wiley, New York,
1989.
167. S.R. Graubard, ed., The Artificial Intelligence
Debate, MIT Press, Cambridge, MA, 1988.
168. M. Sharples, D. Hogg, C. Hutchison, S. Torrance, and
D. Young, eds., Computers and Thought-A Practical
Introduction to Artificial Intelligence, MIT Press,
Cambridge, MA, 1989.
18
169. D.W. Bouldin, guest ed., Special Section on Advanced
Systems Architectures for Artificial Intelligence,
T-SMC 19 (4), July-August 1989, 665-713.
170. M.J. Swain, Comments on Samal and Henderson:
``Parallel consistent labeling algorithms'', Intl.
J. Parallel Programming 17, 1988, 523-528.
171. J. Kittler and E.R. Hancock, Combining evidence in
probabilistic relaxation, IJPRAI 3, 1989, 29-51.
172. R. Bodington, G.D. Sullivan, and K.D. Baker,
Consistent labelling of image features using an
assumption-based truth maintenance system, IVC 7,
1989, 43-49.
173. J.S. Duncan and W. Frei, Relaxation labeling using
continuous label sets, PRL 9, 1989, 27-37.
174. P. Parent and S.W. Zucker, Radial projection: an
efficient update rule for relaxation labeling, T-
PAMI 11, 1989, 886-889.
175. X. Zhuang, R.M. Haralick, and H. Joo, A simplex-like
algorithm for the relaxation labeling process, T-
PAMI 11, 1989, 1316-1321.
176. M.J. Swain and P.R. Cooper, Parallel hardware for
constraint satisfaction, AAAI, 682-686.
C. Applications
C.1. Document processing
177. G.P. Herring and V.A. Uzilevsky, eds., International
Journal of Research and Engineering-Postal
Applications, 1989ff.
178. R. Suchenwirth, J. Guo, I. Hartmann, G. Hincha, M.
Krause, and Z. Zhang, Optical Recognition of Chinese
Characters, Vieweg, Berlin, 1989.
C.2. Biomedical applications
179. V.L. Newhouse, ed., Progress in Medical Imaging,
Springer, Berlin, 1988.
180. M.A. Viergever and A. Todd-Pokropek, eds.,
Mathematics and Computer Science in Medical Imaging,
Springer, Berlin, 1988.
19
181. S.J. Dwyer III, R.G. Jost, and R.H. Schneider, eds.,
Medical Imaging III (Newport Beach, CA, 1989):
Image Formation (January 29-31), Proc. SPIE 1090;
Image Capture and Display (January 29-31), Proc.
SPIE 1091; Image Processing (January 31-February 3),
Proc. SPIE 1092; PACS System Design and Evaluation
(January 31-February 3), Proc. SPIE 1093.
182. M.A. Viergever, ed., Science and Engineering of
Medical Imaging (Paris, France, April 24-28, 1989),
Proc. SPIE 1137.
183. R.A. Bauman, ed., Journal of Digital Imaging
(Society for Computer Applications in Radiology),
Saunders, 1988ff.
C.3. Industrial applications
184. H. Freeman, ed., Machine Vision for Inspection and
Measurement (Second Annual Machine Vision Workshop,
New Brunswick, NJ, April 25-26, 1988), Academic
Press, Orlando, FL, 1989.
185. Third Annual Machine Vision Workshop, New Brunswick,
NJ, April 3-4, 1989.
186. IEEE International Workshop on Industrial
Applications of Machine Intelligence and Vision
(MIV-89), Tokyo, Japan, April 10-12, 1989.
187. Vision '89 (Society of Manufacturing Engineers),
Rosemont, IL, April 24-27, 1989.
188. Ident/Vision (2nd International Conference on
Applied Vision and Artificial Intelligence and 3rd
International Confernce on Automatic Identification
and Sensors); ROVISEC (8th International Conference
on Robot Vision and Sensory Control); AIPC (9th
International Confernce on Automated Inspection and
Product Control), Stuttgart, FRG, May 30-June 1,
1989.
189. D.J. Svetkoff, ed., Optics, Illumination, and
Sensing for Machine Vision (Philadelphia, PA,
November 8-10, 1989), Proc. SPIE 1194.
190. M.J.W. Chen, ed., Automated Inspection and High
Speed Vision Architectures (Philadelphia, PA,
November 6-7, 1989), Proc. SPIE 1197.
20
191. J.L.C. Sanz, Advances in Machine Vision, Springer,
Berlin, 1988.
192. L.F. Pau, Computer Vision for Electronics
Manufacturing, Plenum, New York, 1989.
193. J. Encarnacao and U. Rembold, guest eds., Graphics
for Robotics and CAD/CAM/CIM Planning, CGA 9 (1),
January 1989, 14-74.
194. G.T. Wilfong, guest ed., Robotics and Automation,
Computer 22 (3), March 1989, 6-60.
195. A.J. Koivo, W.A. Gruver, C.P. Neuman, H.E.
Stephanou, and L.W. Stark, eds., Special Section on
Information Technology for Sensory-Based Robot
Manipulators, T-SMC 19 (4), July-August, 1989,
780-860.
196. A. Kusiak, ed., Journal of Intelligent
Manufacturing, Chapman and Hall, 1990ff.
197. G. Rodriguez, ed., Intelligent Control and Adaptive
Systems (Philadelphia, PA, Novermber 7-8, 1989),
Proc. SPIE 1196.
198. O. Khatib, J.J. Craig, and T. Lozano-Perez, eds.,
The Robotics Review 1 MIT Press, Cambridge, MA,
1989.
199. J.M. Brady, ed., Special Issue on Sensor Data
Fusion, IJRR 7 (6), December 1988, 1-161.
200. V.J. Lumelsky and R.A. Brooks, eds., Special Issue
on Sensor-Based Planning and Control in Robotics,
T-RA 5 (6), December 1989, 713-825.
C.4. Autonomous Systems
201. A.G. Gale, M.H. Freeman, C.M.Haslegrave, P. Smith,
and S.P. Taylor, eds., Vision in Vehicles II
(Nottingham, UK, September 14-17, 1987), North-
Holland, Amsterdam, 1988.
202. Mini-Symposium on Robot Navigation, Stanford, CA,
March 28-30, 1989.
203. International Workshop on Visual Information
Processing for Television and Telerobotics,
Williamsburg, VA, May 10-12, 1989.
21
204. SITEF 89, Research Trends and Application Impacts of
Machine and Systems Intelligence, Tolouse, France,
October 18-19, 1989.
205. W.J. Wolfe, ed., Mobile Robots IV (Philadelphia, PA,
November 6-7, 1989), Proc. SPIE 1195.
206. International Conference on Intelligent Autonomous
Systems, Amsterdam, The Netherlands, December 11-14,
1989.
207. S.S. Iyengar and R.L. Kashyap, guest eds.,
Autonomous Intelligent Machines, Computer 22 (6),
June 1989, 14-97.
208. J. Bares, M. Hebert, T. Kanade, E. Krotkov, T.
Mitchell, R. Simmons, and W. Whittaker, Ambler-an
autonomous rover for planetary exploration,
Computer 22(6), 1989, 18-26.
209. C.R. Weisbin, G. de Saussure, J.R. Einstein, F.G.
Pin, and E. Heer, Autonomous mobile robot navigation
and learning, Computer 22(6), 1989, 29-35.
210. N.S.V. Rao, Algorithmic framework for learned robot
navigation in unknown terrains, Computer 22(6),
1989, 37-43.
211. A.M. Flynn, Combining sonar and infrared sensors for
mobile robot navigation, IJRR 7(6), 1988, 5-14.
212. U.K. Sharma and D. Kuan, Real-time model based
geometric reasoning for vision-guided navigation,
MVA 2, 1989, 31-44.
213. D.J. Kriegman, E. Triendl, and T.O. Binford, Stereo
vision and navigation in buildings for mobile
robots, T-RA 5, 1989, 792-804.
214. D.T. Lawton and T.S. Levitt, Knowledge based vision
for terrestrial robots, IUW, 128-133.
215. K.E. Olin, M.J. Daily, J.G. Harris, and F.M.
Vilnrotter, Knowledge-based vision technology
overview for obstacle detection and avoidance, IUW,
134-143.
216. C. Fennema, A. Hanson, and E. Riseman, Towards
autonomous mobile robot navigation, IUW, 219-231.
22
217. C. Thorpe and T. Kanade, Carnegie Mellon Navlab
Vision, IUW, 273-282.
218. D.P. Miller, R. Brooks, R. Chatila, S. Harmon, S.
Rosenschein, C. Thorpe, and C. Weisbin, Robot
navigation, IJCAI, 1672-1674.
219. J.J. Rodriguez and J.K. Aggarwal, Navigation using
image sequence analysis and 3-D terrain matching,
WI3DS, 200-207.
C.5. Remote sensing, reconnaissance
220. I. Hirschberg, ed., Reconnaissance, Astronomy,
Remote Sensing, and Photogrammetry (Los Angeles, CA,
January 19-20, 1989), Proc. SPIE 1070.
221. O.E. Drummond, ed., Digital Signal Processing,
Association and Tracking of Point Source, Small and
Cluster Targets (Orlando, FL, March 27-29, 1989),
Proc. SPIE 1096.
222. M.R. Weathersby, ed., Aerospace Pattern Recognition
(Orlando, FL, March 30-31, 1989), Proc. SPIE 1098.
223. A.G. Tescher, ed., Advances in Image Compression and
Automatic Target Recognition (Orlando, FL, March
30-31, 1989), Proc. SPIE 1099.
224. C. Weaver, ed., Sensor Fusion II (Orlando, FL, March
28-29, 1989), Proc. SPIE 1100.
225. A.J. Huber, ed., Imaging Infrared: Scene Simulation
and Real Image Tracking (Orlando, FL, March 30-31,
1989), Proc. SPIE 1110.
226. G. Duchossois, F.L. Herr, and R. Zander, eds.,
Advanced Optical Instrumentation for Remote Sensing
of the Earth's Surface from Sapce (Paris, France,
April 24-28, 1989), Proc. SPIE 1129.
227. P.A. Hendel, F.R. LaGesse, W.W. Schurter, T.W.
Augustyn and T.G. Shepherd, eds., Airborne
Reconnaissance XIII (San Diego, CA, August 7-9,
1989), Proc. SPIE 1156.
228. D.M. McKeown Jr., W.A. Harvey, and L.E. Wixson,
Automating knowledge acquisition for aerial image
interpretation, CVGIP 46, 1989, 37-81.
23
229. W.W. Seemuller, The extraction of ordered vector
drainage networks from elevation data, CVGIP 47,
1989, 48-58.
230. M.G. Thomason, Knowledge-based analysis of satellite
oceanographic images, Intl. J. Intelligent
Systems 4, 1989, 143-154.
231. D.C. Baker, S.S. Hwang, and J.K. Aggarwal, Detection
and segmentation of man-made objects in outdoor
scenes: concrete bridges, JOSA A6, 1989, 938-950.
232. V. Roberto and A. Peron, Low-level processing
techniques in geophysical image interpretation,
PRL 10, 1989, 111-122.
233. M.E. Bernard, Detection of airborne compact sources
in infra-red scenes using syntactic pattern
recognition, PRL 10, 1989, 123-126.
234. B. Bhanu, Understanding scene dynamics, IUW,
147-164.
235. G.J. Ettinger and T.S. Levitt, An intelligent
tactical target screener, IUW, 283-297.
236. J.F. Bogdanowicz and A. Newman, Overview of the
SCORPIUS program, IUW, 298-308.
237. D.E. Dudgeon, J.G. Verly, and R.L. Delanoy, An
experimental target recognition system for laser
radar imagery, IUW, 479-506.
238. P. Fua and A.J. Hanson, Objective functions for
feature discrimination: applications to
semiautomated and automated feature extraction, IUW,
676-694.
239. M.A. Fischler and T.M. Strat, Recognizing objects in
a natural environment: a contextual vision system
(CVC), IUW, 774-796.
240. K. Kaneda, F. Kato, E. Nakamae, T. Nishita, H.
Tanaka, and T. Noguchi, Three-dimensional terrain
modeling and display for environmental assessment,
SIGGRAPH, 207-214.
241. A. Huertas, W. Cole, and R. Nevatia, Using generic
knowledge in analysis of aerial scenes: a case
study, IJCAI, 1642-1648.
24
C.6. Other applications
242. H.T.A. Whiting, ed., Human Movement Science, North-
Holland, 1982ff.
243. A.W. Young and H.D. Ellis, eds., Handbook of
Research on Face Processing, North-Holland,
Amsterdam, 1989.
D. Architectures
D.1. General references
244. M. Cosnard, M.H. Barton, and M. Vanneschi, eds.,
Parallel Processing (IFIP Working Group, Pisa,
Italy, April 25-27, 1988), North-Holland, Amsterdam,
1988.
245. W.E. Nagel, 1988 International Conference on
Supercomputing, PC 9, 1988-9, 117-118.
246. J.F. Hake and R.J. Van der Pas, The 2nd
International Conference on Vector and Parallel
Computing: Issues in Applied Research and
Development, PC 9, 1988-9, 119-122.
247. R. Mills, ed., Proceedings, The 2nd Symposium on the
Frontiers of Massively Parallel Computation
(Fairfax, VA, October 10-12, 1988), Computer Society
Press, Washington, DC, 1988.
248. International Conference on Systolic Arrays,
Killarney, Ireland, May 31-June 2, 1989.
249. ACM Symposium on Parallel Algorithms and
Architectures, Santa Fe, NM, June 18-21, 1989.
250. International Conference on Parallel Processing, St.
Charles, IL, August 8-12, 1989.
251. Parallel Computing 89, Leiden, The Netherlands,
August 29-September 1, 1989.
252. C.R. Dyer, ed., Special Section on Computer
Architectures and Parallel Algorithms for PAMI
(Papers presented at the Workshop on Computer
Architecture for Pattern Analysis and Machine
Intelligence, Seattle, WA, October 5-7, 1987), T-
PAMI 11 (3), March 1989, 225-265.
25
253. J.L.C. Sanz, ed., Position papers presented at the
panel: Which parallel architectures are
useful/useless for vision algorithms, MVA 2, 1989,
167-173.
254. D. Gannon, A. Lichewsky, Y. Muraoka, and A. Sameh,
eds., International Journal of High Speed Computing,
World Scientific, 1989ff.
255. S.G. Akl, The Design and Analysis of Parallel
Algorithms, Prentice-Hall, Englewood Cliffs, NJ,
1989.
256. K. Preston Jr, The Abingdon Cross benchmark survey,
Computer 22(7), 1989, 9-18.
257. C. Weems, E. Riseman, A. Hanson, and A. Rosenfeld, A
report on the results of the DARPA Integrated Image
Understanding Benchmark Exercise, IUW, 165-192.
D.2. Meshes, hypercubes, etc.
258. H. Simon, ed., Scientific Applications of the
Connection Machine (Mountainview, CA, September
12-14, 1988), World Scientific, Singapore, 1989.
259. S. Ranka and S. Sahni, Hypercube Algorithms for
Image Processing and Pattern Recognition, Springer,
Berlin, 1989.
260. W.D. Gropp and I.C.F. Ipsen, Recursive mesh
refinement on hypercubes, BIT 29, 1989, 186-211.
261. F. Ozguner and C. Aykanat, A reconfiguration
algorithm for fault tolerance in a hypercube
multiprocessor, IPL 29, 1988, 247-254.
262. A.M. Gibbons and Y.N. Srikant, A class of problems
efficiently solvable on mesh-connected computers
including dynamic expression evaluation, IPL 32,
1989, 305-311.
263. V. Di Gesu, An overview of pyramid machines for
image processing, IS 47, 1989, 17-34.
264. I.D. Scherson, S. Sen, and Y. Ma, Two nearly optimal
sorting algorithms for mesh-connected processor
arrays using shear-sort, JPDC 6, 1989, 151-165.
26
265. T. Bier and K.F. Loe, Embedding of binary trees into
hypercubes, JPDC 6, 1989, 679-691.
266. A. Wagner, Embedding arbitrary binary trees in a
hypercube, JPDC 7, 1989, 503-520.
267. L. Boxer and R. Miller, Dynamic computational
geometry on meshes and hypercubes, J.
Supercomputing 3, 1989, 161-191.
268. J.P. Sheu, C.L. Wu, and G.H. Chen, Selection of the
first k largest processes in hypercubes, PC 11,
1989, 381-384.
269. M.S. Chen and K.G. Shin, On relaxed squashed
embedding of graphs into a hypercube, SIAM JC 18,
1989, 1226-1244.
270. I.D. Scherson and S. Sen, Parallel sorting in two-
dimensional VLSI models of computation, T-COMP 38,
1989, 238-249.
271. R. Miller and Q.F. Stout, Mesh computer algorithms
for computational geometry, T-COMP 38, 1989,
321-340.
272. H.G. Badr and S. Podar, An optimal shortest-path
routing policy for network computers with regular
mesh-connected topologies, T-COMP 38, 1989,
1362-1371.
273. G.E. Blelloch, Scans as primitive parallel
operations, T-COMP 38, 1989, 1520-1538.
274. J.J. Little, G.E. Blelloch, and T.A. Cass,
Algorithmic techniques for computer vision on a
fine-grained parallel machine, T-PAMI 11, 1989,
244-257.
275. V.K. Prasanna-Kumar and D.I. Reisis, Image
computations on meshes with multiple broadcast, T-
PAMI 11, 1989, 1194-1202.
D.3. Other systems
276. R. Bakalash and A. Kaufman, Medicube: a 3D medical
imaging architecture, C&G 13, 1989, 151-157.
277. H. Umeo and T. Asano, Systolic algorithms for
computational geometry problems-a survey,
Computing 41, 1989, 19-40.
27
278. L.S. Dreschler-Fischer and H. Faasch, A kernel
system for iconic image processing, Computing 42,
1989, 91-108.
279. L.G.C. Hamey, J.A. Webb, and I.C. Wu, An
architecture independent programming language for
low-level vision, CVGIP 48, 1989, 246-264.
280. R.S. Wallace, J.A. Webb, and I.C. Wu, Machine-
independent image processing: performancy of Apply
on diverse architectures, CVGIP 48, 1989, 265-276.
281. C.C. Weems, S.P. Levitan, A.R. Hanson, and E.M.
Riseman, The Image Understanding Architecture,
IJCV 2, 1989, 251-282.
282. O.H. Ibarra and T. Jiang, Optimal simulation of tree
arrays by linear arrays, IPL 30, 1989, 295-302.
283. P.W. Pachowicz, Image processing by software
parallel computation, IVC 7, 1989, 122-128.
284. A.W.G. Duller, R.H. Storer, A.R. Thomson, and E.L.
Dagless, An associative processor array for image
processing, IVC 7, 1989, 151-158.
285. O.H. Ibarra, T. Jiang, and J.H. Chang, On iterative
and cellular tree arrays, JCSS 38, 1989, 452-473.
286. C.H. Chu, E.J. Delp, L.H. Jamieson, H.J. Siegel, and
F.J. Weil, A model for an intelligent operating
system for executing image understanding tasks on a
reconfigurable parallel architecture, JPDC 6, 1989,
598-622.
287. A. Rosenfeld, Arc colorings, partial path groups,
and parallel graph contractions, JPDC 7, 1989,
335-354.
288. M. Maresca, H. Li, and M.M.C. Sheng, Parallel
computer vision on polymorphic torus architecture,
MVA 2, 1989, 215-230.
289. E.H.L. Aarts and J.H.M. Korst, Computations in
massively parallel networks based on the Boltzmann
machine: a review, PC 9, 1988-9, 129-145.
290. H.M. Alnuweiri and V.K. Prasanna-Kumar, An efficient
VLSI architecture with applications to geometric
problems, PC 12, 1989, 71-93.
28
291. T. Saito and H. Nishio, Structural and behavioral
equivalence relations in automata networks, TCS 63,
1989, 223-237.
292. C.J. Zarowski, R.D. McLeod, and H.C. Card, Primitive
cellular automata, threshold decomposition, and
ranked order operations, T-COMP 38, 1989, 148-149.
293. R.S. Wallace and M.D. Howard, HBA vision
architecture: built and benchmarked, T-PAMI 11,
1989, 227-232.
294. H. Li and M. Maresca, Polymorphic-torus architecture
for computer vision, T-PAMI 11, 1989, 233-243.
295. W. Yang and A.M. Chiang, VLSI processor
architectures for computer vision, IUW, 193-199.
296. J.A. Webb and M.B. MacPherson, The second DARPA
Image Understanding Benchmark on Warp and extending
Apply to include global operations, IUW, 597-616.
297. P. Kahn, D. Disabatino, and D.T. Lawton, MAC-II
based IU environment development, IUW, 640-650.
298. K. Kim and V.K. Prasanna Kumar, Parallel memory
systems for image processing, CVPR, 654-659.
299. D. Rhoden and C. Wilcox, Hardware acceleration for
window systems, SIGGRAPH, 61-68.
300. M. Potmesil and E.M. Hoffert, The Pixel Machine: a
parallel image computer, SIGGRAPH, 69-78.
301. H. Fuchs, J. Poulton, J. Eyles, T. Greer, J.
Goldfeather, D. Ellsworth, S. Molnar, G. Turk, B.
Tebbs, and L. Israel, Pixel-Planes 5: a
heterogeneous multiprocessor graphics system using
processor-enhanced memories, SIGGRAPH, 79-88.
D.4. Related topics
302. T.L. Kunii, ed., Visual Database Systems (IFIP
Working Conference, Tokyo, Japan, April 3-7, 1989),
North-Holland, Amsterdam, 1989.
303. Symposium on the Design and Implementation of Large
Spatial Databases, Santa Barbara, CA, July 17-18,
1989.
29
304. IEEE Workshop on Visual Languages, Rome, Italy,
October 4-6, 1989.
305. E.A. Fox, guest ed., Special Section on Interactive
Technology, Comm. ACM 32 (7), July 1989, 794-889.
306. W.I. Grosky and R. Mehrotra, guest eds., Image
Database Management, Computer 22(12), December 1989,
7-71.
307. G.C. Roman and K.C. Cox, A declarative approach to
visualizing concurrent computations,
Computer 22(10), 1989, 25-36.
308. A.M. Goodman, R.M. Haralick, and L.G. Shapiro,
Knowledge-based computer vision-integrated
programming language and data management system
design, Computer 22(12), 1989, 43-54.
309. A. Pizano, A. Klinger, and A. Cardenas,
Specification of spatial integrity constraints in
pictorial database, Computer 22(12), 1989, 59-71.
E. Computational Techniques
E.1. Image operations
310. J. Serra, guest ed., Special Issue on Advances in
Mathematical Morphology, SP 16 (4), April 1989,
297-431.
311. K.S. Huang, Binary image algebra and optical
cellular logic processor design, CVGIP 45, 1989,
295-345.
312. J.M. Rebordao, Lookup table loadings for image
processing with controlled knots, CVGIP 47, 1989,
189-202.
313. G.E. Sotak Jr. and K.L. Boyer, The Laplacian-of-
Gaussian kernel: a formal analysis and design
procedure for fast, accurate convolution and full-
frame output, CVGIP 48, 1989, 147-189.
314. R.C. Staunton, The design of hexagonal sampling
structures for image digitization and their use with
local operators, IVC 7, 1989, 162-166.
315. P.J. Besl, J.B. Birch, and L.T. Watson, Robust
window operators, MVA 2, 1989, 179-191.
30
316. L. Ji, J. Piper, and J.Y. Tang, Erosion and dilation
of binary images by arbitrary structuring elements
using interval coding, PRL 9, 1989, 201-209.
317. A. Rosenfeld and J.M. Jolion, Local operations on
labelled dot patterns, PRL 9, 1989, 225-232.
318. F. Meyer and J. Serra, Contrasts and activity
lattice, SP 16, 1989, 303-317.
319. L. Vincent, Graphs and mathematical morphology,
SP 16, 1989, 365-388.
320. M. Schmitt, Mathematical morphology and artificial
intelligence: an automatic programming system,
SP 16, 1989, 389-401.
321. J.P.F. D'Haeyer, Gaussian filtering of images: a
regularization approach, SP 18, 1989, 169-181.
322. M.A. Sid-Ahmed, A systolic realization for 2-D
digital filters, T-ASSP 37, 1989, 560-565.
323. Z. Fang, X. Li, and L.M. Ni, On the communication
complexity of generalized 2-D convolution on array
processors, T-COMP 38, 1989, 184-194.
324. F.Y.C. Shih and O.R. Mitchell, Threshold
decomposition of gray-scale morphology into binary
morphology, T-PAMI 11, 1989, 31-42.
325. P. Maragos, A representation theory for
morphological image and signal processing, T-
PAMI 11, 1989, 586-599.
326. G.E. Sotak Jr. and K.L. Boyer, Comments on ``Fast
convolution with Laplacian-of-Gaussian masks'', T-
PAMI 11, 1989, 1329-1332.
327. J. Xu, The optimal implementation of morphological
operations on neighborhood connected array
processors, CVPR, 166-171.
328. E.R. Dougherty, The dual representation of gray-
scale morphological filters, CVPR, 172-177.
31
E.2. Multiresolution and scale space methods
329. S.L. Tanimoto, ed., Special Section on
Multiresolution Representation, T-PAMI 11 (7), July
1989, 673-748.
330. P. Meer, Stochastic image pyramids, CVGIP 45, 1989,
269-294.
331. C.L. Tan and W.N. Martin, An analysis of a
distributed multiresolution vision system, PR 22,
1989, 257-265.
332. N.G. Bourbakis and A. Klinger, A hierarchical
picture coding scheme, PR 22, 1989, 317-329.
333. A. Toet, Image fusion by a ratio of low-pass
pyramid, PRL 9, 1989, 245-253.
334. A. Toet, A morphological pyramidal image
decomposition, PRL 9, 1989, 255-261.
335. J.B.D.S. Martens and G.M.M. Majoor, The perceptual
relevance of scale-space image coding, SP 17, 1989,
353-364.
336. B. Gidas, A renormalization group approach to image
processing problems, T-PAMI 11, 1989, 164-180.
337. S.G. Mallat, A theory for multiresolution signal
decomposition: the wavelet representation, T-
PAMI 11, 1989, 674-693.
338. M.H. Chen and P.F. Yan, A multiscaling approach
based on morphological filtering, T-PAMI 11, 1989,
694-700.
339. P. Maragos, Pattern spectrum and multiscale shape
representation, T-PAMI 11, 1989, 701-716.
340. S. Peleg, M. Werman, and H. Rom, A unified approach
to the change of resolution: space and gray-level,
T-PAMI 11, 1989, 739-742.
341. J.J. Koenderink, A hitherto unnoticed singularity of
scale-space, T-PAMI 11, 1989, 1222-1224.
342. P. Meer, C.A. Sher, and A. Rosenfeld, Processing of
line drawings in a hierarchical environment, CVPR,
638-645.
32
E.3. Geometric transformations, calibration
343. D. Fraser, Comparison at high spatial frequencies of
two-pass and one-pass geometric transformation
algorithms, CVGIP 46, 1989, 267-283.
344. R. Horaud, B. Conio, O. Leboulleux, and B. Lacolle,
An analytic solution for the perspective 4-point
problem, CVGIP 47, 1989, 33-44.
345. A. Goshtasby, Correction of image deformation from
lens distortion using Bezier patches, CVGIP 47,
1989, 385-394.
346. Z. Chen, D.C. Tseng, and J.Y. Lin, A simple vision
algorithm for 3-D position determination using a
single calibration object, PR 22, 1989, 173-187.
347. R.M. Haralick, Determining camera parameters from
the perspective projection of a rectangle, PR 22,
1989, 223-230.
348. L. Lalitha and D. Dutta Majumder, Fractal based
criteria to evaluate the performance of digital
image magnification techniques, PRL 9, 1989, 67-75.
349. R.K. Lenz and R.Y. Tsai, Calibrating a Cartesian
robot with eye-on-hand configuration independent of
eye-to-hand relationship, T-PAMI 11, 1989, 916-928.
350. E.L. Schwartz, A. Shaw, and E. Wolfson, A numerical
solution to the generalized mapmaker's problem:
flattening nonconvex polyhedral surfaces, T-PAMI 11,
1989, 1005-1008.
351. Y.C. Shiu and S. Ahmad, Calibration of wrist-mounted
robotic sensors by solving homogeneous transform
equations of the form Ax = xB, T-RA 5, 1989,16-29.
352. J.S.C. Yuan, A general photogrammetric method for
determining object position and orientation, T-RA 5,
1989, 129-142.
353. R.Y. Tsai and R.K. Lenz, A new technique for fully
autonomous and efficient 3D robotics hand/eye
calibration, T-RA 5, 1989, 345-358.
354. G. Wolberg, Skeleton-based image warping, VC 5,
1989, 95-108.
33
355. Z. Zhuang and O.D. Faugeras, Calibration of a mobile
robot with application to visual navigation, WVM,
306-313.
356. R. Kumar, Determination of camera location and
orientation, IUW, 870-881.
357. R. Horaud, B. Conio, O. Leboulleux, and B. Lacolle,
An analytic solution for the perspective 4-point
problem, CVPR, 500-507.
358. J.K. Kearney, X. Yang, and S. Zhang, Camera
calibration using geometric constraints, CVPR,
672-679.
359. M. Gangnet, J.C. Herve, T. Pudet, and J.M. Van
Thong, Incremental computation of planar maps,
SIGGRAPH, 345-354.
360. G. Wolberg and T.E. Boult, Separable image warping
with spatial lookup tables, SIGGRAPH, 369-378.
361. R. Kumar and A.R. Hanson, Robust estimation of
camera location and orientation from noisy data
having outliers, WI3DS, 52-60.
362. Conference on Optical 3D Measurement Techniques,
Vienna, Austria, September 18-20, 1989.
E.4. Interpolation, function fitting, etc.
363. R. Szeliski, Bayesian Modeling of Uncertainty in
Low-Level Vision, Kluwer, Boston, 1989.
364. E. Aarts and J. Korst, Simulated Annealing and
Boltzmann Machines: A Stochastic Approach to
Combinatorial Optimization and Neural Computing,
Wiley, New York, 1989
365. H. Imai, K. Kato, and P. Yamamoto, A linear-time
algorithm for linear L<1> approximation of points,
Algorithmica 4, 1989, 77-96.
366. A.L. Yuille, Energy functions for early vision and
analog networks, BC 61, 1989, 115-123.
367. L. Piegl, A negative experiment with univariate
blending functions, C&G 13, 1989, 217-222.
34
368. Y. Fletcher and D.F. McAllister, A tension-
compatible patch for shape-preserving surface
interpolation, CGA 9(3), 1989, 45-55.
369. L. Piegl and W. Tiller, A menagerie of rational B-
spline circles, CGA 9(5), 1989, 48-56.
370. B.A. Barsky and T. DeRose, Geometric continuity of
parametric curves: three equivalent
characterizations, CGA 9(6), 1989, 60-68.
371. N. Eichhorn and H. Kiesewetter, Integer analysis of
two-dimensional polygonal objects, Computing 42,
1989, 1-16.
372. G. Walz, On interpolation by generalized planar
splines I: The polynomial case, Computing 42, 1989,
187-194.
373. O. Egecioglu, E. Gallopoulos, and C.K. Koc, Parallel
Hermite interpolation: an algebraic approach,
Computing 42, 1989, 291-307.
374. B. Pham, Conic B-splines for curve fitting: a
unifying approach, CVGIP 45, 1989, 117-125.
375. M. Berman, Large sample bias in least squares
estimators of a circular arc center and its radius,
CVGIP 45, 1989, 126-128.
376. J.Y. Jou and A.C. Bovik, Improved initial
approximation and intensity-guided discontinuity
detection in visible-surface reconstruction,
CVGIP 47, 1989, 292-326.
377. F. Cheng and A. Goshtasby, A parallel B-spline
surface fitting algorithm, TOG 8, 1989, 41-50.
378. B. Joe, Multiple-knot and rational cubic Beta-
splines, TOG 8, 1989, 100-120.
379. J.L. Mallet, Discrete smooth interpolation, TOG 8,
1989, 121-144.
380. J. Peters, Local generalized Hermite interpolation
by quartic C[2] space curves, TOG 8, 1989, 235-242.
381. H. Prautzsch, A round trip to B-splines via de
Casteljau, TOG 8, 1989, 243-254.
35
382. X. Nie and R. Unbehauen, Efficient evaluation of 1-D
and 2-D polynomials at equispaced points, T-ASSP 37,
1989, 1623-1626.
383. A. Blake, Comparison of the efficiency of
deterministic and stochastic algorithms for visual
reconstruction, T-PAMI 11, 1989, 2-12.
384. C.H. Lee, Image surface approximation with irregular
samples, T-PAMI 11, 1989, 206-212.
385. I. Weiss, Line fitting in a noisy image, T-PAMI 11,
1989, 325-329.
386. B. Shahraray and D.J. Anderson, Optimal estimation
of contour properties by cross-validated
regularization, T-PAMI 11, 1989, 600-610.
387. D.S. Chen, A data-driven intermediate level feature
extraction algorithm, T-PAMI 11, 1989, 749-758.
388. C.S. Fahn, J.F. Wang, and J.Y. Lee, An adaptive
reduction procedure for the piecewise linear
approximation of digitized curves, T-PAMI 11, 1989,
967-973.
389. B. Kamgar-Parsi, B. Kamgar-Parsi, and N. Netanyahu,
A nonparametric method for fitting a straight line
to a noisy image, T-PAMI 11, 1989, 998-1001.
390. K. Harada and E. Nakamae, Sampling point setting on
cubic splines for computer animation, VC 5, 1989,
14-21.
391. R.J. Low, Vector interpolation for surface normal
calculation, VC 5, 1989, 158-159.
392. D. Geiger and F. Girosi, Mean field theory for
surface reconstruction, IUW, 617-630.
393. D.Y. Kim, J.J. Kim, P. Meer, D. Mintz, and A.
Rosenfeld, Robust computer vision: a least median
of squares based approach, IUW, 1117-1134.
394. S.C. Liu and J.G. Harris, Generalized smoothing
networks in early vision, CVPR, 184-191.
395. R. Szeliski, Fast surface interpolation using
hierarchical basis functions, CVPR, 222-228.
36
396. S.S. Sinha and B.G. Schunck, Discontinuity
preserving surface reconstruction, CVPR, 229-234.
397. C.L. Bajaj and I. Ihm, Hermite interpolation using
real algebraic surfaces, CG, 94-103.
398. R.H. Bartels and R.T. Hardock, Curve-to-curve
associations in spline-based inbetweening and
sweeping, SIGGRAPH, 167-174.
399. R.L. Stevenson and E.J. Delp, Invariant
reconstruction of visual surfaces, WI3DS, 131-137.
400. J.L. Sanz, Multidimensional signal representation by
zero crossings: an algebraic study, SIAM JC 49,
1989, 281-295.
401. K.M. Nashold and B.E.A. Saleh, Synthesis of two-
dimensional binary images through band-limited
systems: a slicing method, T-ASSP 37, 1989,
1271-1279.
402. J.L.C. Sanz and T.T. Huang, Image representation by
sign information, T-PAMI 11, 1989, 729-738.
F. Feature Detection, Segmentation, Image Analysis
F.1. Feature detection
403. N.K. Link and S.W. Zucker, Corner detection in
curvilinear dot grouping, BC 59, 1988, 247-256.
404. L.J. van Vliet, I.T. Young, and G.L. Beckers, A
nonlinear Laplace operator as edge detector in noisy
images, CVGIP 45, 1989, 167-195.
405. B. Parvin and G. Medioni, Adaptive multiscale
feature extraction from range data, CVGIP 45, 1989,
346-356.
406. L.J. Kitchen and J.A. Malin, The effect of spatial
discretization on the magnitude and direction
response of simple differential edge operators on a
step edge, CVGIP 47, 1989, 243-258.
407. R.H. Park and W.Y. Choi, A new interpretation of the
compass gradient edge operators, CVGIP 47, 1989,
259-265.
37
408. J.D. Cappelletti and A. Rosenfeld, Three-dimensional
boundary following, CVGIP 48, 1989, 80-92.
409. K. Rangarajan, M. Shah, and D. Van Brackle, Optimal
corner detector, CVGIP 48, 1989, 230-245.
410. P.L. Rosin and G.A.W. West, Segmentation of edges
into lines and arcs, IVC 7, 1989, 109-114.
411. J.M. Apffel, K.W. Current, J.L.C. Sanz, and A.K.
Jain, An architecture for region boundary extraction
in raster scan images suitable for VLSI
implementation, MVA 2, 1989, 193-214.
412. M.H. Han, D. Jang, and J. Foster, Identification of
cornerpoints of two-dimensional images using a line
search method, PR 22, 1989, 13-20.
413. L.C. Topa and R.J. Schalkoff, Edge detection and
thinning in time-varying image sequences using
spatio-temporal templates, PR 22, 1989, 143-154.
414. P. Meer, S. Wang, and H. Wechsler, Edge detection by
associative mapping, PR 22, 1989, 491-503.
415. Y.S. Chen and W.H. Hsu, An interpretive model of
line continuation in human visual perception, PR 22,
1989, 619-639.
416. J. Canning, J.J. Kim, N. Netanyahu, and A.
Rosenfeld, Symbolic pixel labeling for curvilinear
feature detection, PRL 8, 1988, 299-310.
417. A. Guiducci, Corner characterization by differential
geometry techniques, PRL 8, 1988, 311-318.
418. A. Premoli, P. Grattoni, and F. Pollastri, A non-
sequential contour detection with a prior knowledge,
PRL 9, 1989, 45-51.
419. R. Owens, S. Venkatesh, and J. Ross, Edge detection
is a projection, PRL 9, 1989, 233-244.
420. B.B. Chaudhuri and B.U. Shankar, An efficient
algorithm for extrema detection in digital images,
PRL 10, 1989, 81-85.
421. M. Spann, C. Horne, and J.M.H. du Buf, The detection
of thin structures in images, PRL 10, 1989, 175-179.
38
422. M. Tanaka and T. Katayama, Edge detection and
restoration of noisy images by the expectation-
maximization algorithm, SP 17, 1989, 213-226.
423. J.J. Clark, Authenticating edges produced by zero-
crossing algorithms, T-PAMI 11, 1989, 43-57.
424. Y.T. Zhou, V. Venkateswar, and R. Chellappa, Edge
detection and linear feature extraction using a 2-D
random field model, T-PAMI 11, 1989, 84-95.
425. J.S. Chen and G. Medioni, Detection, location, and
estimation of edges, T-PAMI 11, 1989, 191-198.
426. Y. Lu and R.C. Jain, Behavior of edges in scale
space, T-PAMI 11, 1989, 337-356.
427. P. Bouthemy, A maximum likelihood framework for
determining moving edges, T-PAMI 11, 1989, 499-511.
428. P. Parent and S.W. Zucker, Trace inference,
curvature consistency, and curve detection, T-
PAMI 11, 1989, 823-839.
429. W.L.G. van Warmerdam and V.R. Algazi, Describing 1-D
intensity transitions with Gaussian derivatives at
the resolutions matching the transition widths, T-
PAMI 11, 1989, 973-977.
430. E. De Micheli, B. Caprile, P. Ottonello, and V.
Torre, Localization and noise in edge detection, T-
PAMI 11, 1989, 1106-1117.
431. W.M. Krueger and K. Phillips, The geometry of
differential operators with application to image
processing, T-PAMI 11, 1989, 1252-1264.
432. E.P. Lyvers, O.R. Mitchell, M.L. Akey, and A.P.
Reeves, Subpixel measurement using a moment-based
edge operator, T-PAMI 11, 1989, 1293-1309.
433. D. Lee, Edge detection, classification, and
measurement, CVPR, 2-10.
434. A. Kundu, Robust edge detection, CVPR, 11-18.
435. J.S. Duncan and T. Birkholzer, Edge reinforcement
using parameterized relaxation labeling, CVPR,
19-27.
39
436. O. Monga and R. Deriche, 3D edge detection using
recursive filtering: application to scanner images,
CVPR, 28-35.
437. H.L. Tan, S.B. Gelfand, and E.J. Delp, A cost
minimization approach to edge detection using
simulated annealing, CVPR, 86-91.
438. A.M. McIvor, Edge recognition in dynamic vision,
CVPR, 118-123.
F.2. Segmentation
439. D. Blostein and N. Ahuja, A multiscale region
detector, CVGIP 45, 1989, 22-41.
440. S.D. Yanowitz and A.M. Bruckstein, A new method for
image segmentation, CVGIP 46, 1989, 82-95.
441. A.S. Abutaleb, Automatic thresholding of gray-level
pictures using two-dimensional entropy, CVGIP 47,
1989, 22-32.
442. B. Kartikeyan and A. Sarkar, A unified approach for
image segmentation using exact statistics, CVGIP 48,
1989, 217-229.
443. N. Ahuja and M. Tuceryan, Extraction of early
perceptual structure in dot patterns: integrating
region, boundary, and component Gestalt, CVGIP 48,
1989, 304-356.
444. J.R. Beveridge, J. Griffith, R.R. Kohler, A.R.
Hanson, and E.M. Riseman, Segmenting images using
localized histograms and region merging, IJCV 2,
1989, 311-347.
445. Y.G. Leclerc, Constructing simple stable
descriptions for image partitioning, IJCV 3, 1989,
73-102.
446. D.H. Cooper, An object location strategy using shape
and grey-level models, IVC 7, 1989, 50-56.
447. B.J. Straub and W.E. Blanz, Combined decision
theoretic and syntactic approach to image
segmentation, MVA 2, 1989, 17-30.
448. J.M. Jolion and A. Rosenfeld, Cluster detection in
background noise, PR 22, 1989, 603-607.
40
449. S. Cho, R. Haralick, and S. Yi, Improvement of
Kittler and Illingworth's minimum error
thresholding, PR 22, 1989, 609-617.
450. A.D. Brink, Grey-level thresholding of images using
a correlation criterion, PRL 9, 1989, 335-341.
451. J.M. Jolion and A. Rosenfeld, Coarse-fine bimodality
analysis of circular histograms, PRL 10, 1989,
201-207.
452. N.R. Pal and S.K. Pal, Entropic thresholding, SP 16,
1989, 97-108.
453. J.M. Beaulieu and M. Goldberg, Hierarchy in picture
segmentation: a stepwise optimization approach, T-
PAMI 11, 1989, 150-163.
454. T. Bestul and L.S. Davis, On computing complete
histograms of images in log(n) steps using
hypercubes, T-PAMI 11, 1989, 212-213.
455. N. Yokoya and M.D. Levine, Range image segmentation
based on differential geometry: a hybrid approach,
T-PAMI 11, 1989, 643-649.
456. S. Lakshmanan and H. Derin, Simultaneous parameter
estimation and segmentation of Gibbs random fields
using simulated annealing, T-PAMI 11, 1989, 799-813.
457. Z.W. Bell, A Bayesian/Monte Carlo segmentation
method for images dominated by Gaussian noise, T-
PAMI 11, 1989, 985-990.
458. J. Goutsias and J.M. Mendel, Simultaneous optimal
segmentation and model estimation of nonstationary
noisy images, T-PAMI 11, 1989, 990-998.
459. R. Mohan and R. Nevatia, Using perceptual
organization to extract 3-D structures, T-PAMI 11,
1989, 1121-1139.
460. J.S. Lee and M.C.K. Yang, Threshold selection using
estimates from truncated normal distribution, T-
SMC 19, 1989, 422-429.
461. A.K.C. Wong and P.K. Sahoo, A gray-level threshold
selection method based on maximum entropy principle,
T-SMC 19, 1989, 866-871.
41
462. E. Kawaguchi and R.I. Taniguchi, The depth first
picture-expression as an image thresholding
strategy, T-SMC 19, 1989, 1321-1328.
463. R. Mohan and R. Nevatia, Perceptual organization for
segmentation and description, IUW, 415-424.
464. P. Fua and A.J. Hanson, Objective functions for
feature discrimination: theory, IUW, 443-460.
465. B. Bhanu, S. Lee, and J. Ming, Adaptive image
segmentation using a genetic algorithm, IUW,
1043-1055.
466. Y.G. Leclerc, Image and boundary segmentation via
minimal-length encoding on the Connection Machine,
IUW, 1056-1069.
467. R.S. Wallace and T. Kanade, Finding hierarchical
clusters by entropy minimization, IUW, 1105-1116.
468. J. Dolan and R. Weiss, Perceptual grouping of curved
lines, IUW, 1135-1145.
469. E. Saund, Adding scale to the primal sketch, CVPR,
70-78.
470. L.H. Staib and J.S. Duncan, Parametrically
deformable contour models, CVPR, 98-103.
471. R. Mohan and R. Nevatia, Segmentation and
description based on perceptual organization, CVPR,
333-341.
472. A. Shio, An automatic thresholding algorithm based
on an illumination-independent contrast measure,
CVPR, 632-637.
473. P. Fua and A.J. Hanson, Objective functions for
feature discrimination, IJCAI, 1596-1602.
474. E.P.D. Pednault, Some experiments in applying
inductive inference principles to surface
reconstruction, IJCAI, 1603-1609.
42
F.3. Image analysis
475. J. Brolio, B.A. Draper, J.R. Beveridge, and A.R.
Hanson, ISR: a database for symbolic processing in
computer vision, Computer 22(12), 1989, 22-30.
476. H.V. Jagadish and L. O'Gorman, An object model for
image recognition, Computer 22(12), 1989, 33-41.
477. N. Bartneck, A general data structure for image
analysis, Computing 42, 1989, 17-34.
478. T. Matsuyama, Expert systems for image processing:
knowledge-based composition of image analysis
processes, CVGIP 48, 1989, 22-49.
479. B.A. Draper, R.T. Collins, J. Brolio, A.R. Hanson,
and E.M. Riseman, The schema system, IJCV 2, 1989,
209-250.
480. V.V. Alexandrov and N.D. Gorsky, Expert systems
simulating human visual perception, IJPRAI 3, 1989,
19-28.
481. S.N. Srihari and Z. Xiang, Spatial knowledge
representation, IJPRAI 3, 1989, 67-84.
482. P.W. Woods, D. Pycock, and C.J. Taylor, A frame-
based system for modelling and executing visual
tasks, IVC 7, 1989, 102-108.
483. S. Hopkins, G.J. Michaelson, and A.M. Wallace,
Parallel imperative and functional approaches to
visual scene labelling, IVC 7, 1989, 178-193.
484. A.M. Wallace and P. McAndrew, Inferring the presence
of objects from feature data, PRL 9, 1989, 287-295.
485. P. Bottoni, P. Mussio, M. Protti, and R. Schettini,
Knowledge-based contextual recognition and seiving
of digital images, PRL 10, 1989, 101-110.
486. A.F. Bobick and R.C. Bolles, Representation space:
an approach to the integration of visual
information, IUW, 263-272.
487. T.S. Levitt, T.O. Binford, G.J. Ettinger, and P.
Gelband, Probability-based control for computer
vision, IUW, 355-369.
43
488. W. Harvey, D. Kalp, M. Tambe, D. McKeown, and A.
Newell, Measuring the effectiveness of task-level
parallelism for high-level vision, IUW, 916-933.
489. S. Edelman and T. Poggio, Representations in high-
level vision: reassessing the inverse optics
paradigm, IUW, 944-949.
490. J.W. Modestino and J. Zhang, A Markov random field
model-based approach to image interpretation, CVPR,
458-465.
491. A.F. Bobick and R. Bolles, Representation space: an
approach to the integration of visual information,
CVPR, 492-499.
492. J. Segen, Model learning and recognition of nonrigid
objects, CVPR, 597-602.
493. V. Honavar and L. Uhr, Generation, local receptive
fields and global convergence improve perceptual
learning in connectionist networks, IJCAI, 180-185.
494. D. Kapur and J. Mundy, eds., Special Volume on
Geometric Reasoning, AI 37 (1-3), December 1988,
1-412.
495. D. Kapur and J. Mundy, eds., Geometric Reasoning,
MIT Press, Cambridge, MA, 1989.
496. D. Kapur and J.L. Mundy, Geometric reasoning and
artificial intelligence: introduction to the
special volume, AI 37, 1988, 1-11.
497. D. Kapur and J.L. Mundy, Wu's method and its
application to perspective viewing, AI 37, 1988,
15-36.
498. D.S. Arnon, Geometric reasoning with logic and
algebra, AI 37, 1988, 37-60.
499. D. Kapur, A refutational approach to geometry
theorem proving, AI 37, 1988, 61-93.
500. H.P. Ko, Geometry theorem proving by decomposition
of quasi-algebraic sets: an applications of the
Ritt-Wu principle, AI 37, 1988, 95-122.
501. J.A. Goguen, Modular algebraic specification of some
basic geometrical constructions, AI 37, 1988,
123-153.
44
502. S.C. Chou and J.G. Yang, On the algebraic
formulation of certain geometry statements and
mechanical geometry theorem proving, Algorithmica 4,
1989, 237-262.
503. D. Wang, On Wu's method for proving constructive
geometric theorems, IJCAI, 419-424.
504. M.Y. Kim, Visual reasoning in geometry theorem
proving, IJCAI, 1617-1622.
505. R.B. Fisher and M.J.L. Orr, Experiments with a
network-based geometric reasoning engine, IJCAI,
1623-1627.
506. M. Flasinski, Characteristics of edNLC-graph grammar
for syntactic pattern recognition, CVGIP 47, 1989,
1-21.
507. A. Szepietowski, On three-way two-dimensional Turing
machines, IS 47, 1989, 135-147.
508. J. Hromkovic, K. Inoue, and I. Takanami, Lower
bounds for language recognition on two-dimensional
alternating multihead machines, JCSS 38, 1989,
431-451.
509. A. Ito, K. Inoue, and I. Takanami, Deterministic
two-dimensional on-line tessellation acceptors are
equivalent to two-way two-dimensional alternating
finite automata through 180 degree rotation, TCS 66,
1989, 273-287.
510. U. Huckenbeck, Euclidean geometry in terms of
automata theory, TCS 68, 1989, 71-87.
511. J. Clayson, Visual Modeling with LOGO-A Structured
Approach to Seeing, MIT Press, Cambridge, MA, 1988.
512. H. Cohen, How to draw three people in a botanical
garden, AAAI, 846-855.
G. Matching, Stereo, and Time-Varying Imagery
45
G.1. Matching
513. C. Zetzsche and T. Caelli, Invariant pattern
recognition using multiple filter image
representations, CVGIP 45, 1989, 251-262.
514. R. Bajcsy and S. Kovacic, Multiresolution elastic
matching, CVGIP 46, 1989, 1-21.
515. M. Herbin, A. Venot, J.Y. Devaux, E. Walter, J.F.
Lebruchec, L. Dubertret, and J.C. Roucayrol,
Automated registration of dissimilar images:
application to medical imagery, CVGIP 47, 1989,
77-88.
516. E.E. Milios, Shape matching using curvature
processes, CVGIP 47, 1989, 203-226.
517. W.E.L. Grimson, On the recognition of parameterized
2D objects, IJCV 3, 1989, 353-372.
518. B. Yang, W.E. Snyder, and G.L. Bilbro, Matching
oversegmented 3D images to models using association
graphs, IVC 7, 1989, 135-143.
519. A.A. Amini, T.E. Weymouth, and D.J. Anderson, A
parallel algorithm for determining two-dimensional
object positions using incomplete information about
their boundaries, PR 22, 1989, 21-28.
520. R. Sitaraman and A. Rosenfeld, Probabilistic
analysis of two stage matching, PR 22, 1989,
331-343.
521. J.D. Tubbs, A note on binary template matching,
PR 22, 1989, 359-365.
522. W. Wang, S.S. Iyengar, and L.M. Patnaik, Memory-
based reasoning approach for pattern recognition of
binary images, PR 22, 1989, 505-518.
523. Z. Jiang and W. Lu, A new digital image registration
algorithm based on the double spatial intensity
gradients using pyramids, PRL 8, 1988, 335-340.
524. T.G. Ryall and J. Sandor, Statistical pattern
matching, PRL 9, 1989, 163-168.
525. P. Cox, H. Maitre, M. Minoux, and C. Ribeiro,
Optimal matching of convex polygons, PRL 9, 1989,
327-334.
46
526. H. Maitre and Y. Wu, A dynamic programming algorithm
for elastic registration of distorted pictures based
on autoregressive models, T-ASSP 37, 1989, 288-297.
527. S.S. Venkatesh and D. Psaltis, Binary filters for
pattern classification, T-ASSP 37, 1989, 604-611.
528. W.E.L. Grimson, On the recognition of curved
objects, T-PAMI 11, 1989, 632-643.
529. V.K. Prasanna Kumar and V. Krishnan, Efficient
parallel algorithms for image template matching on
hypercube SIMD machines, T-PAMI 11, 1989, 665-669.
530. R. Mehrotra and W.I. Grosky, Shape matching
utilizing indexed hypothesis generation and testing,
T-RA 5, 1989, 70-77.
531. T.C. Pong and B.G. Kaiser, A hierarchical approach
to the correspondence problem, T-SMC 19, 1989,
271-276.
532. R.C. Nelson, Visual homing using an associative
memory, IUW, 245-262.
533. F.P. Perlant and D.M. McKeown, Scene registration in
aerial image analysis, IUW, 309-331.
534. J.R. Beveridge, R. Weiss, and E.M. Riseman,
Optimization of 2-dimensional model matching, IUW,
815-830.
535. B. Kamgar-Parsi, J.L. Jones, and A. Rosenfeld,
Registration of multple overlapping range images:
scenes without distinctive features, CVPR, 282-290.
536. D.B. Gennery, Visual terrain matching for a Mars
rover, CVPR, 483-491.
537. J.K. Tsotsos, The complexity of perceptual search
tasks, IJCAI, 1571-1577.
538. T. Risse, Hough transform for line recognition:
complexity of evidence accumulation and cluster
detection, CVGIP 46, 1989, 327-345.
539. H.K. Yuen, J. Illingworth, and J. Kittler, Detecting
partially occluded ellipses using the Hough
transform, IVC 7, 1989, 31-37.
47
540. D. Ben-Tzvi, A.A. Naqvi, and M. Sandler, Efficient
parallel implementation of the Hough transform on a
distributed memory system, IVC 7, 1989, 167-172.
541. C. Guerra and S. Hambrusch, Parallel algorithms for
line detection on a mesh, JPDC 6, 1989, 1-19.
542. E.R. Davies, Finding ellipses using the generalised
Hough transform, PRL 9, 1989, 87-96.
543. E.R. Davies, Minimising the search space for polygon
detection using the generalised Hough transform,
PRL 9, 1989, 181-192.
544. J.M. Jolion and A. Rosenfeld, An O(log n) pyramid
Hough transform, PRL 9, 1989, 343-349.
545. C.L. Huang, Elliptical feature extraction via an
improved Hough transform, PRL 10, 1989, 93-100.
546. E.R. Davies, Occlusion analysis for object detection
using the generalised Hough transform, SP 16, 1989,
267-277.
547. A.L. Fisher and P.T. Highnam, Computing the Hough
transform on a scan line array processor, T-PAMI 11,
1989, 262-265.
548. I.D. Svalbe, Natural representations for straight
lines and the Hough transform on discrete arrays,
T-PAMI 11, 1989, 941-950.
549. A. Califano, Feature recognition using correlated
information contained in multiple neighborhoods,
AAAI, 831-836.
550. J. Princen, J. Illingworth, and J. Kittler, A
hierarchical approach to line extraction, CVPR,
92-97.
551. A. Califano, R.M. Bolle, and R.W. Taylor,
Generalized neighborhoods: a new approach to
complex parameter feature extraction, CVPR, 192-199.
552. P.M. Vaidya, Approximate minimum weight matching on
points in k-dimensional space, Algorithmica 4, 1989,
569-583.
553. R.F. Zhu and T. Takaoka, A technique for two-
dimensional pattern matching, Comm. ACM 32, 1989,
1110-1120.
48
554. J.S. Turner, Approximation algorithms for the
shortest common superstring problem, IC 83, 1989,
1-20.
555. C. Consel and O. Danvy, Partial evaluation of
pattern matching in strings, IPL 30, 1989, 79-86.
556. E. Makinen, On the subtree isomorphism problem for
ordered trees, IPL 32, 1989, 271-273.
557. G.M. Landau and U. Vishkin, Fast parallel and serial
approximate string matching, J. Algorithms 10, 1989,
157-169.
558. P.M. Griffin, Correspondence of 2-D projections by
bipartite matching, PRL 9, 1989, 361-366.
559. P.M. Vaidya, Geometry helps in matching, SIAM JC 18,
1989, 1201-1225.
560. K. Zhang and D. Shasha, Simple fast algorithms for
the editing distance between trees and related
problems, SIAM JC 18, 1989, 1245-1262.
561. T. Eilam-Tzoreff and U. Vishkin, Matching patterns
in strings subject to multi-linear transformations,
TCS 60, 1988, 231-254.
562. A. Mukherjee, Hardware algorithms for determining
similarity between two strings, T-COMP 38, 1989,
600-603.
563. A.M. Landraud, J.F. Avril, and P. Chretienne, An
algorithm for finding a common structure shared by a
family of strings, T-PAMI 11, 1989, 890-895.
564. P.M. Griffin and C. Alexopoulos, Point pattern
matching using centroid bounding, T-SMC 19, 1989,
1274-1276.
565. K. Imai, S. Sumino, and H. Imai, Minimax geometric
fitting of two corresponding sets of points, CG,
266-275.
566. O. Marcotte and S. Suri, On geometric matching, CG,
302-314.
49
G.2. Stereo
567. S.T. Barnard, Stochastic stereo matching over scale,
IJCV 3, 1989, 17-32.
568. G.P. Otto and T.K.W. Chau, ``Region-growing''
algorithm for matching of terrain images, IVC 7,
1989, 83-94.
569. T. Day and J.P. Muller, Digital elevation model
production by stereo-matching SPOT image pairs: a
comparison of two algorithms, IVC 7, 1989, 95-101.
570. Z.D. Hua and B. Dubuisson, String matching for
stereo vision, PRL 9, 1989, 117-126.
571. T.C. Pong, R.M. Haralick, and L.G. Shapiro, Matching
topographic structures in stereo vision, PRL 9,
1989, 127-136.
572. F.E.E. Omoruto and J.P. Raina, Concise vector
equations for stereopsis, PRL 9, 1989, 367-372.
573. R. March, A regularization model for stereo vision
with controlled continuity, PRL 10, 1989, 259-263.
574. R. Mohan, G. Medioni, and R. Nevatia, Stereo error
detection, correction, and evaluation, T-PAMI 11,
1989, 113-120.
575. W. Hoff and N. Ahuja, Surfaces from stereo:
integrating feature matching, disparity estimation,
and contour detection, T-PAMI 11, 1989, 121-136.
576. Y. Yeshurun and E.L. Schwartz, Cepstral filtering on
a columnar image architecture: a fast algorithm for
binocular stereo segmentation, T-PAMI 11, 1989,
759-767.
577. Y.C. Shah, R. Chapman, and R.B. Mahani, A new
technique to extract range information from stereo
images, T-PAMI 11, 1989, 768-773.
578. N. Alvertos, D. Brzakovic, and R.C. Gonzalez, Camera
geometries for image matching in 3-D machine vision,
T-PAMI 11, 1989, 897-915.
579. R. Horaud and T. Skordas, Stereo correspondence
through feature grouping and maximal cliques, T-
PAMI 11, 1989, 1168-1180.
50
580. D. Weinshall, Qualitative shape from stereo, IUW,
850-856.
581. S.D. Cochran and G. Medioni, Accurate surface
description from binocular stereo, IUW, 857-869.
582. S.T. Barnard, Stochastic stereo matching on the
Connection Machine, IUW, 1021-1031.
583. A.D. Jepson and M.R.M. Jenkin, The fast computation
of disparity from phase differences, CVPR, 398-403.
584. T.J. Olson and R.D. Potter, Real-time vergence
control, CVPR, 404-409.
585. L.B. Wolff, Accurate measurement of orientation from
stereo using line correspondence, CVPR, 410-415.
586. L. Cohen, L. Vinet, P.T. Sander, and A. Gagalowicz,
Hierarchical region based stereo matching, CVPR,
416-421.
587. T. Morita, Y. Yasukawa, Y. Inamoto, T. Uchiyama, and
S. Kawakami, Measurement in three dimensions by
motion stereo and spherical mapping, CVPR, 422-428.
588. A.E. Kayaalp, A.R. Rao, and R. Jain, Scanning
electron microscope based stereo analysis, CVPR,
429-434.
589. J.R. Jordan III, A.C. Bovik, and W.S. Geisler,
Chromatic stereopsis, IJCAI, 1649-1654.
590. L.B. Wolff and T.E. Boult, Using line correspondence
stereo to measure surface orientation, IJCAI,
1655-1660.
591. G. Xu, H. Kondo, and S. Tsuji, A region-based stereo
algorithm, IJCAI, 1661-1666.
592. R.P. Wildes, An analysis of stereo disparity for the
recovery of three-dimensional scene geometry, WI3DS,
2-8.
593. S. Das and N. Ahuja, Integrating multiresolution
image acquisition and coarse-to-fine surface
reconstruction from stereo, WI3DS, 9-15.
594. S.D. Cochran and G. Medioni, Accurate surface
description from binocular stereo, WI3DS, 16-23.
51
595. R. Vaillant and O.D. Faugeras, Using occluding
contours for recovering shape properties of objects,
WI3DS, 26-32.
G.3. Motion
596. Proceedings, Workshop on Visual Motion, Irvine, CA,
March 20-22, 1989.
597. W.B. Thompson, guest ed., Special Issue on Visual
Motion, T-PAMI 11 (5), May 1989, 449-541.
598. S. Uras, F. Girosi, A. Verri, and V. Torre, A
computational approach to motion perception, BC 60,
1988, 79-87.
599. J. Aloimonos and C.M. Brown, On the kinetic depth
effect, BC 60, 1989, 445-455.
600. N. Kehtarnavaz and S. Mohan, A framework for
estimation of motion parameters from range images,
CVGIP 45, 1989, 88-105.
601. S.P. Liou and R.C. Jain, Motion detection in
spatio-temporal space, CVGIP 45, 1989, 227-250.
602. X. Zhuang, A simplification to linear two-view
motion algorithms, CVGIP 46, 1989, 175-178.
603. S. Negahdaripour and B.K.P. Horn, A direct method
for locating the focus of expansion, CVGIP 46, 1989,
303-326.
604. K. Skifstad and R. Jain, Illumination independent
change detection for real world image sequences,
CVGIP 46, 1989, 387-399.
605. A. Mitiche, O. Faugeras, and J.K. Aggarwal, Counting
straight lines, CVGIP 47, 1989, 353-360.
606. P. Anandan, A computational framework and an
algorithm for the measurement of structure from
motion, IJCV 2, 1989, 283-310.
607. J.J. Wu, R.E. Rink, T.M. Caelli, and V.G.
Gourishankar, Recovery of the 3-D location and
motion of a rigid object through camera image (an
extended Kalman filter approach), IJCV 2, 1989,
373-394.
52
608. F. Bergholm, Motion from flow along contours: a
note on robustness and ambiguous cases, IJCV 2,
1989, 395-415.
609. H.H. Baker and R.C. Bolles, Generalizing epipolar-
plane image analysis on the spatiotemporal surface,
IJCV 3, 1989, 33-49.
610. H.H. Baker, Building surfaces of evolution: the
weaving wall, IJCV 3, 1989, 51-71.
611. A.L. Yuille and N.M. Grzywacz, A mathematical
analysis of the motion coherence theory, IJCV 3,
1989, 155-175.
612. D.W. Murray, D.A. Castelow, and B.F. Buxton, From
image sequences to recognized moving polyhedral
objects, IJCV 3, 1989, 181-208.
613. L. Matthies, T. Kanade, and R. Szeliski, Kalman
filter-based algorithms for estimating depth from
image sequences, IJCV 3, 1989, 209-236.
614. S. Negahdaripour, Critical surface pairs and
triplets, IJCV 3, 1989, 293-312.
615. D. Charnley and R. Blissett, Surface reconstruction
from outdoor image sequences, IVC 7, 1989, 10-16.
616. M. Stephens and C. Harris, 3D wire-frame integration
from image sequences, IVC 7, 1989, 24-30.
617. K.J. Hanna and L. Tarassenko, Tracking cataract by
the ``four-line'' method, IVC 7, 1989, 57-62.
618. I. Hadani and E. Barta, The hybrid constraint
equation for motion extraction, IVC 7, 1989,
217-224.
619. T.J. Broida and R. Chellappa, Performance bounds for
estimating three-dimensional motion parameters from
a sequence of noisy images, JOSA A6, 1989, 879-889.
620. R. Jasinschi and A. Yuille, Nonrigid motion and
Regge calculus, JOSA A6, 1989, 1088-1095.
621. K. Skifstad and R. Jain, Range estimation from
intensity gradient analysis, MVA 2, 1989, 81-102.
53
622. V.S.S. Hwang, Tracking feature points in time-
varying images using an opportunistic selection
approach, PR 22, 1989, 247-256.
623. A. Mitiche and G. Habelrih, Interpretation of
straight line correspondences using angular
relations, PR 22, 1989, 299-308.
624. C.M. Jong and E. Salari, Analysis of image
deformation under orthographic projection and flow
parameter estimation, PR 22, 1989, 309-315.
625. T.L. Huntsberger and S.N. Jayaramamurthy,
Determination of the optic flow field in the
presence of occlusion, PRL 8, 1988, 325-333.
626. S.H. Lai and S. Chang, Estimation of 3-D
translational motion parameters via Hadamard
transform, PRL 8, 1988, 341-345.
627. I. Dinstein, A new technique for visual motion
alarm, PRL 8, 1988, 347-351.
628. J. Arnspang, On the use of the horizon of a
translating planar curve, PRL 10, 1989, 61-69.
629. J. Arnspang and J. Ma, Image irradiance equations
for a zooming camera, PRL 10, 1989, 189-194.
630. C.W. Fu and S. Chang, A motion estimation algorithm
under time-varying illumination, PRL 10, 1989,
195-199.
631. D.D. Giusto and G. Vernazza, Optical flow
calculation from feature space analysis through an
automatic segmentation process, SP 16, 1989, 41-51.
632. G. Tziritas, Recursive and/or iterative estimation
of the two-dimensional velocity field and
reconstruction of three-dimensional motion, SP 16,
1989, 53-72.
633. T. Reuter, Standards conversion using motion
compensation, SP 16, 1989, 73-82.
634. M. Hoetter, Differential estimation of the global
motion parameters zoom and pan, SP 16, 1989,
249-265.
54
635. A. Mecocci, Moving object recognition and
classification in external environments, SP 18,
1989, 183-194.
636. W.Y. Choi and R.H. Park, Motion vector coding with
conditional transmission, SP 18, 1989, 259-267.
637. T.J. Patterson, D.M. Chabries, and R.W.
Christiansen, Detection algorithms for image
sequence analysis, T-ASSP 37, 1989, 1454-1458.
638. H.H. Nagel, On a constraint equation for the
estimation of displacement rates in image sequences,
T-PAMI 11, 1989, 13-30.
639. M. Subbarao, Interpretation of image flow: a
spatio-temporal approach, T-PAMI 11, 1989, 266-278.
640. D.J. Fleet and A.D. Jepson, Hierarchical
construction of orientation and velocity sensitive
filters, T-PAMI 11, 1989, 315-325.
641. J. Weng, T.S. Huang, and N. Ahuja, Motion and
structure from two perspective views: algorithms,
error analysis, and error estimation, T-PAMI 11,
1989, 451-476.
642. G. Adiv, Inherent ambiguities in recovering 3-D
motion and structure from a noisy flow field, T-
PAMI 11, 1989, 477-489.
643. A. Verri and T. Poggio, Motion field and optical
flow: qualitative properties, T-PAMI 11, 1989,
490-498.
644. J. Aisbett, Optical flow with an intensity-weighted
smoothing, T-PAMI 11, 1989, 512-522.
645. M.A. Snyder, The precision of 3-D parameters in
correspondence-based techniques: the case of
uniform translational motion in a rigid environment,
T-PAMI 11, 1989, 523-528.
646. M. Yamamoto, A general aperture problem for direct
estimation of 3-D motion parameters, T-PAMI 11,
1989, 528-536.
647. T.S. Huang and C.H. Lee, Motion and structure from
orthographic projections, T-PAMI 11, 1989, 536-540.
55
648. A. Mitiche, A comment on ``On kineopsis and
computation of structure and motion'', T-PAMI 11,
1989, 540-541.
649. P. Strobach, Quadtree-structured linear prediction
models for image sequence processing, T-PAMI 11,
1989, 742-748.
650. B.G. Schunck, Image flow segmentation and estimation
by constraint line clustering, T-PAMI 11, 1989,
1010-1027.
651. R.C. Nelson and J.(Y.) Aloimonos, Obstacle avoidance
using flow field divergence, T-PAMI 11, 1989,
1102-1106.
652. T.S. Huang and O.D. Faugeras, Some properties of the
E matrix in two-view motion estimation, T-PAMI 11,
1989, 1310-1312.
653. W.M. Wells III, Visual estimation of 3-D line
segments from motion-a mobile robot vision system,
T-RA 5, 1989, 820-825.
654. J.J. Leou and W.H. Tsai, New sensing strategies for
monitoring moving polyhedral objects by machine
vision, T-SMC 19, 1989, 872-880.
655. I.D. Horswill and R.A. Brooks, Situated vision in a
dynamic world: chasing objects, AAAI, 796-800.
656. P.J. Burt, J.R. Bergen, R. Hingorani, R. Kolczynski,
W.A. Lee, A. Leung, J. Lubin, and H. Shvaytser,
Object tracking with a moving camera, WVM, 2-12.
657. G.L. Gordon, On the tracking of featureless objects
with occlusion, WVM, 13-20.
658. T.J. Broida and R. Chellappa, Experiments and
uniqueness results on object structure and
kinematics from a sequence of monocular images, WVM,
21-30.
659. M.R.M. Jenkin and A.D. Jepson, Measuring trajectory,
WVM, 31-37.
660. J.P. Gambotta, Tracking points and line segments in
image sequences, WVM, 38-45.
56
661. C.N. Lee, R.M. Haralick, and X. Zhuang, Recovering
3-D motion parameters from image sequences with
gross errors, WVM, 46-53.
662. J. Arnspang, Moving towards the horizon of a planar
curve, WVM, 54-59.
663. C. Koch, H.T. Wang, B. Mathur, A. Hsu, and H.
Suarez, Computing optical flow in resistive networks
and in the primate visual system, WVM, 62-72.
664. S. Gong, Curve motion constraint equation and its
applications, WVM, 73-80.
665. D. Shulman and J.Y. Herve', Regularization of
discontinuous flow fields, WVM, 81-86.
666. S.V. Fogel, Implementation of a nonlinear approach
to the motion correspondence problem, WVM, 87-98.
667. D. Lee, A. Papageorgiou, and G.W. Wasilkowski,
Computing optical flow, WVM, 99-106.
668. M.A. Snyder, On the mathematical foundations of
smoothness constraints for the determination of
optical flow and for surface reconstruction, WVM,
107-115.
669. F. Girosi, A. Verri, and V. Torre, Constraints for
the computation of optical flow, WVM, 116-124.
670. J.J. Little and A. Verri, Analysis of differential
and matching methods for optical flow, WVM, 173-180.
671. J.A. Perrone, In search of the elusive flow field,
WVM, 181-188.
672. A. Verri, F. Girosi, and V. Torre, Mathematical
properties of the 2D motion field: from singular
points to motion parameters, WVM, 190-200.
673. W.B. Thompson, Structure-from-motion by tracking
occlusion boundaries, WVM, 201-203.
674. R. Laganiere and A. Mitiche, On combining points and
lines in an image sequence to recover 3D structure
and motion, WVM, 221-228.
675. M.E. Spetsakis and J.(Y.) Aloimonos, Optimal motion
estimation, WVM, 229-237.
57
676. B.M. Bennett, D.D. Hoffman, J.E. Nicola, and C.
Prakash, Inferring structure from motion: a
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677. O.D. Faugeras and S. Maybank, Motion from point
matches: multiplicity of solutions, WVM, 248-255.
678. R.A. Jaenicke, Structure from limited motion of
complex rigid objects, WVM, 256-263.
679. R. Manmatha, R. Dutta, E.M. Riseman, and M.A.
Snyder, Issues in extracting motion parameters and
depth from approximate translational motion, WVM,
264-272.
680. S.L. Iu and K. Wohn, Estimation of 3-D motion and
structure based on a temporally-oriented approach
with the method of regression, WVM, 273-281.
681. W.O. Franzen, Representing motion through
chronogeneous transformations, WVM, 282-289.
682. H.H. Chen and T.S. Huang, Using motion from
orthographic projections to prove 3-D point matches,
WVM, 290-297.
683. E.D. Dickmanns, Subject-object discrimination in
4D-dynamic scene interpretation of machine vision,
WVM, 298-304.
684. T.C. Pong, M.A. Kenner, and J. Otis, Stereo/motion
cues in pre-attentive vision processing: some
experiments with random-dot stereographic image
sequences, WVM, 314-320.
685. M.K. Leung, A.N. Choudhary, J.H. Patel, and T.S.
Huang, Point matching in a time sequence of stereo
image pairs and its parallel implementation on a
multiprocessor, WVM, 321-328.
686. L. Li and J.H. Duncan, Recovering 3-D translational
motion and establishing stereo correspondence from
binocular image flows, WVM, 329-336.
687. R. Samadani, Changes in connectivity in active
contour models, WVM, 337-343.
688. S.L. Peng and G. Medioni, Interpretation of image
sequences by spatio-temporal analysis, WVM, 344-351.
58
689. D.B. Goldgof, T.S. Huang, and H. Lee, Motion
estimation from points without correspondences from
orthographic projections, WVM, 352-358.
690. J. Weng, T.S. Huang, and N. Ahuja, Motion from
images: image matching, parameter estimation and
intrinsic stability, WVM, 359-366.
691. B. Bhanu, P. Symosek, J. Ming, W. Burger, H. Nasr,
and J. Kim, Qualitative target motion detection and
tracking, IUW, 370-398.
692. L.S. Davis, D. DeMenthon, T. Bestul, D. Harwood,
H.V. Srinivasan, and S. Ziavras, RAMBO-vision and
planning on the Connection Machine, IUW, 631-639.
693. C. Brown, H. Durrant-Whyte, J. Leonard, and B. Rao,
Centralized and decentralized Kalman filter
techniques for tracking, navigation, and control,
IUW, 651-675.
694. P.K. Allen, Real-time motion tracking using spatio-
temporal filters, IUW, 695-701.
695. J. Heel, Dynamic motion vision, IUW, 702-713.
696. R. Dutta, R. Manmatha, L.R. Williams, and E.M.
Riseman, A data set for quantitative motion
analysis, IUW, 714-720.
697. B. Bhanu, B. Roberts, and J. Ming, Inertial
navigation sensor integrated motion analysis, IUW,
747-763.
698. S.L. Gazit and G. Medioni, Multi-scale contour
matching in a motion sequence, IUW, 934-943.
699. A. Singh, Image-flow estimation: an information
fusion approach, IUW, 983-991.
700. H.S. Sawhney and J. Oliensis, Description and
interpretation of rotational motion from image
trajectories, IUW, 992-1003.
701. M.A. Snyder, On the mathematical foundations of
smoothness constraints for the determination of
optical flow and for surface reconstruction, IUW,
1004-1011.
59
702. P. Balasubramanyam and R. Weiss, Early
identification of occlusion in stereo-motion image
sequences, IUW, 1032-1037.
703. K. Gould and M. Shah, The trajectory primal sketch:
a multi-scale scheme for representing motion
characteristics, CVPR, 79-85.
704. J. Wu, R. Brockett, and K. Wohn, A contour-based
recovery of image flow: iterative method, CVPR,
124-129.
705. C.S. Fuh and P. Maragos, Region-based optical flow
estimation, CVPR, 130-135.
706. R.V. Raja Kumar, A. Tirumalai, and R.C. Jain, A
non-linear optimization algorithm for the estimation
of structure and motion parameters, CVPR, 136-143.
707. J. Weng, N. Ahuja, and T.S. Huang, Optimal motion
and structure estimation, CVPR, 144-152.
708. J.F. Bronskill, J.S.A. Hepburn, and W.K. Au, A
knowledge-based approach to the detection, tracking
and classification of target formations in intrared
image sequences, CVPR, 153-158.
709. R. Dutta, R. Manmatha, L.R. Williams, and E.M.
Riseman, A data set for quantitative motion
analysis, CVPR, 159-164.
710. F. Jiang and T.E. Weymouth, Depth from dynamic
stereo images, CVPR, 250-255.
711. S. Chaudhuri and S. Chatterjee, Estimation of motion
parameters for a deformable object from range data,
CVPR, 291-295.
712. D.J. Fleet and A.D. Jepson, Computation of normal
velocity from local phase information, CVPR,
379-386.
713. M.J. Stephens, R.J. Blissett, D. Charnley, E.P.
Sparks, and J.M. Pike, Outdoor vehicle navigation
using passive 3D vision, CVPR, 556-562.
714. W. Burger and B. Bhanu, On computing a ``fuzzy''
focus of expansion for autonomous navigation, CVPR,
563-568.
60
715. Y.F. Wang and A. Pandey, Interpretation of 3D
structure and motion using structured lighting,
WI3DS, 84-90.
716. M. Xie and P. Rives, Towards dynamic vision, WI3DS,
91-99.
717. C. Brown, Kinematic and 3D motion prediction for
gaze control, WI3DS, 145-151.
718. The Visual Processing of Motion (C.N.R.S. Jacques
Monod Conference), Roscoff, France, June 19-23,
1989.
719. C. Chubb and G. Sperling, Second-order motion
perception: space/time separable mechanisms, WVM,
126-138.
720. R.S. Jasinschi, Towards a theory of apparent visual
motion, WVM, 139-147.
721. N.M. Grzywacz, J.A. Smith, and A.L. Yuille, A common
theoretical framework for visual motion's spatial
and temporal coherence, WVM, 148-155.
722. A.M. Waxman, J. Wu, and M. Seibert, Computing visual
motion in the short and the long: from receptive
fields to neural networks, WVM, 156-164.
723. H.H. Bulthoff, J.J. Little, and T. Poggio, A
parallel motion algorithm consistent with
psychophysics and physiology, WVM, 165-172.
724. J.M. Loomis and D.W. Eby, Relative motion parallax
and the perception of structure from motion, WVM,
204-211.
725. N.H. Goddard, The interpretation of visual motion:
recognizing moving light displays, WVM, 212-220.
726. (L. Liu), (N. Zhao), and (Z. Bian), Can early stage
vision detect topology, IJCAI, 1591-1595.
H. Shape and Pattern
61
H.1. Representations, topology, etc.
727. H. Samet, The Design and Analysis of Spatial Data
Structures, Addison-Wesley, Reading, MA, 1990.
728. H. Samet, Applications of Spatial Data Structures,
Addison-Wesley, Reading, MA, 1990.
729. P. Gao and T.R. Smith, Space efficient hierarchical
structures: relatively addressed compact quadtrees
for GISs, IVC 7, 1989, 173-177.
730. H. Kiem and P.N. Khoi, Space efficiency analysis of
some methods of image representation, J. New
Generation Computing Systems 1, 1988, 353-359.
731. Y. Hung and A. Rosenfeld, Parallel processing of
linear quadtrees on a mesh-connected computer,
JPDC 7, 1989, 1-27.
732. A. Krzyzak, S.Y. Leung, and C.Y. Suen,
Reconstruction of two-dimensional patterns from
Fourier descriptors, MVA 2, 1989, 123-140.
733. A.Y. Wu, S.K. Bhaskar, and A. Rosenfeld, Parallel
processing of region boundaries, PR 22, 1989,
165-172.
734. N. Kiryati and D. Maydan, Calculating geometric
properties from Fourier representation, PR 22, 1989,
469-475.
735. R.E. Webber and M.B. Dillencourt, Compressing
quadtrees via common subtree merging, PRL 9, 1989,
193-200.
736. L.P. Cordella and G. Sanniti di Baja, Geometric
properties of the union of maximal neighborhoods,
T-PAMI 11, 1989, 214-217.
737. J. Goutsias and D. Schonfeld, Image coding via
morphological transformations: a general theory,
CVPR, 178-183.
738. S.T. Huang and M.S. Tsai, A linear systolic
algorithm for the connected component problem,
BIT 29, 1989, 217-226.
739. T.Y. Kong, A digital fundamental group, C&G 13,
1989, 159-166.
62
740. W.P. Horn and D.L. Taylor, A theorem to determine
the spatial containment of a point in a planar
polyhedron, CVGIP 45, 1989, 106-116.
741. M. Manohar and H.K. Ramapriyan, Connected component
labeling of binary images on a mesh connected
massively parallel processor, CVGIP 45, 1989,
133-149.
742. V.A. Kovalevski, Finite topology as applied to image
analysis, CVGIP 46, 1989, 141-161.
743. Z.C. Shih, R.C.T. Lee, and S.N. Yang, A systolic
algorithm for extracting regions from a planar
graph, CVGIP 47, 1989, 227-242.
744. T.Y. Kong and A. Rosenfeld, Digital topology:
introduction and survey, CVGIP 48, 1989, 357-393.
745. G. Cybenko, T.G. Allen, and J.E. Polito, Practical
parallel union-find algorithms for transitive
closure and clustering, Intl. J. Parallel
Programming 17, 1988, 403-423.
746. R. Cypher, Hypercube and shuffle-exchange algorithms
for image component labeling, J. Algorithms 10,
1989, 140-150.
747. M.H. Chen and P.F. Yan, A fast algorithm to
calculate the Euler number for binary images, PRL 8,
1988, 295-297.
748. R.A. Melter and A. Rosenfeld, New views of linearity
and connectedness in digital geometry, PRL 10, 1989,
9-16.
749. T. Lengauer and E. Wanke, Efficient solution of
connectivity problems on hierarchically defined
graphs, SIAM JC 17, 1988, 1063-1080.
750. R. Cypher, J.L.C. Sanz, and L. Snyder, An EREW PRAM
algorithm for image component labeling, T-PAMI 11,
1989, 258-262.
751. E. Brisson, Representing geometric structures in d
dimensions: topology and order, CG, 218-227.
752. V.J. Milenkovic, Verifiable implementations of
geometric algorithms using finite precision
arithmetic, AI 37, 1988, 377-401.
63
753. A. Fleming, Geometric relationships between
toleranced features, AI 37, 1988, 403-412.
754. C.M. Hoffmann, The problems of accuracy and
robustness in geometric computation, Computer 22(3),
1989, 31-41.
755. K. Sugihara, On finite-precision representations of
geometric objects, JCSS 39, 1989, 236-247.
756. D.I. Havelock, Geometric precision in noise-free
digital images, T-PAMI 11, 1989, 1065-1075.
757. V.J. Milenkovic, Robust geometric computations for
vision and robotics, IUW, 764-773.
H.2. Curves, etc
758. I. Wilf and Y. Manor, Tracking parameterized
algebraic curves on raster displays, C&G 13, 1989,
355-359.
759. X. Wu and J.G. Rokne, Double-step generation of
ellipses, CGA 9(3), 1989, 56-69.
760. I. Galton, An efficient three-point arc algorithm,
CGA 9(6), 1989, 44-49.
761. W.G. Kropatsch and H. Tockner, Detecting the
straightness of digital curves in O(N) steps,
CVGIP 45, 1989, 1-21.
762. D.J. Walton, A note on graphics editing of curved
line drawings, CVGIP 45, 1989, 61-67.
763. J. Dassow, Graph-theoretical properties and chain
code picture languages, EIK 25, 1989, 423-433.
764. D.G. Lowe, Organization of smooth image curves at
multiple scales, IJCV 3, 1989, 119-130.
765. R.I. Hartley, Drawing polygons given angle
sequences, IPL 31, 1989, 31-33.
766. H. Ogawa, Corner detection on digital curves based
on local symmetry of the shape, PR 22, 1989,
351-357.
767. A.E. Middleditch, T.W. Stacey, and S.B. Tor,
Intersection algorithms for lines and circles,
TOG 8, 1989, 25-40.
64
768. G. Farin, Curvature continuity and offsets for
piecewise conics, TOG 8, 1989, 89-99.
769. M.C. Stone and T.D. DeRose, A geometric
characterization of parametric cubic curves, TOG 8,
1989, 147-163.
770. R. Sriraman, J. Koplowitz, and S. Mohan, Tree
searched chain coding for subpixel reconstruction of
planar curves, T-PAMI 11, 1989, 95-104.
771. X. Wu and J. Rokne, On properties of discretized
convex curves, T-PAMI 11, 1989, 217-223.
772. C.H. Teh and R.T. Chin, On the detection of dominant
points on digital curves, T-PAMI 11, 1989, 859-872.
773. B. Kartikeyan and A. Sarkar, Shape description by
time series, T-PAMI 11, 1989, 977-984.
774. S. Biswas and S.K. Pal, Approximate coding of
digital contours, T-SMC 18, 1988, 1056-1066.
775. S. Pham, Parallel, overlapped, and intersected
digital straight lines, VC 4, 1988, 247-258.
776. E. Kaltofen, Computing the irreducible real factors
and components of an algebraic curve, CG, 79-87.
777. S.S. Abhyankar, S. Chandrasekar, and V. Chandru,
Degree complexity bounds on the intersection of
algebraic curves, CG, 88-93.
778. A. Arokiasamy, Homogeneous coordinates and the
principle of duality in two dimensional clipping,
C&G 13, 1989, 99-100.
779. A. Margalit and G.D. Knott, An algorithm for
computing the union, intersection or difference of
two polygons, C&G 13, 1989, 167-183.
780. S. Forchhammer, Digital plane and grid point
segments, CVGIP 47, 1989, 373-384.
65
H.3. Distance, skeletons
781. R.W. Hall, Fast parallel thinning algorithms:
parallel speed and connectivity preservation, Comm.
ACM 32, 1989, 124-131.
782. Z. Guo and R.W. Hall, Parallel thinning with two-
subiteration algorithms, Comm. ACM 32, 1989,
359-373.
783. A.L.D. Beckers and A.W.M. Smeulders, A comment on
``A note on distance transformations in digital
images'', CVGIP 47, 1989, 89-91.
784. H. Beffert and R. Shinghal, Skeletonizing binary
patterns on the homogeneous multiprocessor,
IJPRAI 3, 1989, 207-216.
785. J.E. Bobrow, A direct minimization approach for
obtaining the distance between convex polyhedra,
IJRR 8(3), 1989, 65-76.
786. R. Shonkwiler, An image algorithm for computing the
Hausdorff distance efficiently in linear time,
IPL 30, 1989,87-89.
787. J.C. Culberson and P. Rudnicki, A fast algorithm for
constructing trees from distance matrices, IPL 30,
1989, 215-220.
788. P.P. Das and B.N. Chatterji, Estimation of errors
between Euclidean and m-neighbor distance, IS 48,
1989, 1-26.
789. G.L. Scott, S.C. Turner, and A. Zisserman, Using a
mixed wave-diffusion process to elicit the symmetry
set, IVC 7, 1989, 63-70.
790. C. Holt and A. Stewart, A parallel thinning
algorithm with fine grain subtasking, PC 10, 1989,
329-334.
791. Y.S. Chen and W.H. Hsu, A systematic approach for
designing 2-subcycle and pseudo-subcycle parallel
thinning algorithms, PR 22, 1989, 267-282.
792. N.G. Bourbakis, A parallel-symmetric thinning
algorithm, PR 22, 1989, 387-396.
66
793. G. Borgefors, Distance transformations on hexagonal
grids, PRL 9, 1989, 97-105.
794. P.P. Das, An algorithm for computing the number of
the minimal paths in digital images, PRL 9, 1989,
107-116.
795. S.K. Pal, Fuzzy skeletonization of an image, PRL 10,
1989, 17-23.
796. P.P. Das, More on path generated digital metrics,
PRL 10, 1989, 25-31.
797. P.P. Das, Metricity preserving transforms, PRL 10,
1989, 73-76.
798. J.H. Sossa, An improved parallel algorithm for
thinning digital patterns, PRL 10, 1989, 77-80.
799. J. Mukherjee and B.N. Chatterji, Thinning of 3-D
images using the Safe Point Thinning Algorithm
(SPTA), PRL 10, 1989, 167-173.
800. F. Meyer, Skeletons and perceptual graphs, SP 16,
1989, 335-363.
801. P.S.P. Wang and Y.Y. Zhang, A fast and flexible
thinning algorithm, T-COMP 38, 1989, 741-745.
802. C. Arcelli and G. Sanniti di Baja, A one-pass two-
operation process to detect the skeletal pixels on
the 4-distance transform, T-PAMI 11, 1989, 411-414.
803. B.J.H. Verwer, P.W. Verbeek, and S.T. Dekker, An
efficient uniform cost algorithm applied to distance
transforms, T-PAMI 11, 1989, 424-429.
804. E. Wolfson and E.L. Schwartz, Computing minimal
distances on polyhedral surfaces, T-PAMI 11, 1989,
1001-1005.
805. Y. Xia, Skeletonization via the realization of the
fire front's propagation and extinction in digital
binary shapes, T-PAMI 11, 1989, 1076-1086.
806. Y.S. Chen and W.H. Hsu, A 1-subcycle parallel
thinning algorithm for producing perfect 8-curves
and obtaining isotropic skeleton of an L-shape
pattern, CVPR, 208-215.
67
H.4. Properties, recognition
807. W.C. Lin, C.C. Liang, and C.T. Chen, A computational
model for process-grammar, AI 38, 1989, 207-224.
808. S.S. Skiena, Problems in geometric probing,
Algorithmica 4, 1989, 599-605.
809. S.M. Thomas and Y.T. Chan, A simple approach for the
estimation of circular arc center and its radius,
CVGIP 45, 1989, 362-370.
810. J.A. Gualtieri, S. Baugher, and M. Werman, The
visual potential: one convex polygon, CVGIP 46,
1989, 96-130.
811. G. Marola, Using symmetry for detecting and locating
objects in a picture, CVGIP 46, 1989, 179-195.
812. D. Kolzow, A. Kuba, and A. Volcic, An algorithm for
reconstructing convex bodies from their projections,
DCG 4, 1989, 205-237.
813. Y.T. Tsay and W.H. Tsai, Model-guided attributed
string matching by split-and-merge for shape
recognition, IJPRAI 3, 1989, 159-179.
814. A. Bryant and J. Bryant, Recognizing shapes in
planar binary images, PR 22, 1989, 155-164.
815. C.L. Chen, Computing the convex hull of a simple
polygon, PR 22, 1989, 561-565.
816. Z. Hussein, A fast approximation to a convex hull,
PRL 8, 1988, 289-294.
817. (M. Zhu), S. Hasani, S. Bhattarai, and H. Singh,
Pattern recognition with moment invariants on a
machine vision system, PRL 9, 1989, 175-180.
818. K.S. Ray and D. Dutta Majumder, Application of
differential geometry to recognize and locate
partially occluded objects, PRL 9, 1989, 351-360.
819. H.I. Stern, Polygonal entropy: a convexity measure,
PRL 10, 1989, 229-235.
820. R. Takiyama and N. Ono, A least square error
estimation of the center and radii of concentric
arcs, PRL 10, 1989, 237-242.
68
821. P. Seitz, The robust recognition of object
primitives using local axes of symmetry, SP 18,
1989, 89-108.
822. G. Marola, On the detection of the axes of symmetry
of symmetric and almost symmetric planar images, T-
PAMI 11, 1989, 104-108.
823. C. Ronse, A bibliography on digital and
computational convexity (1961-1988), T-PAMI 11,
1989, 181-190.
824. J. Koplowitz and A.M. Bruckstein, Design of
perimeter estimators for digitized planar shapes,
T-PAMI 11, 1989, 611-622.
825. C.H. Lo and H.S. Don, 3-D moment forms: their
construction and application to object
identification and positioning, T-PAMI 11, 1989,
1053-1064.
826. S.Y. Shin and T.C. Woo, An optimal algorithm for
finding all visible edges in a simple polygon, T-
RA 5, 1989, 202-207.
827. G.C. Burdea and H.J. Wolfson, Solving jigsaw puzzles
by a robot, T-RA 5, 1989, 752-764.
828. A. Taza and C.Y. Suen, Discrimination of planar
shapes using shape matrices, T-SMC 19, 1989,
1281-1289.
829. K. Rao and R. Nevatia, Descriptions of complex
objects from incomplete and imperfect data, IUW,
399-414.
830. A. Khotanzad and J.H. Lu, Object recognition using a
neural network and invariant Zernike features, CVPR,
200-205.
831. G. Taubin, R.M. Bolle, and D.B. Cooper, Representing
and comparing shapes using shape polynomials, CVPR,
510-516.
832. P.J. Hayes and M. Leyton, Processes at
discontinuities, IJCAI, 1267-1272.
833. F.J. Vasko, F.E. Wolf, and K.L. Stott, A practical
solution to a fuzzy two-dimensional cutting stock
problem, FSS 29, 1989, 259-275.
69
834. X. Markenscoff and C.H. Papadimitriou, Optimum grip
of a polygon, IJRR 8(2), 1989, 17-29.
835. J.C. Trinkle and R.P. Paul, The initial grasp
liftability chart, T-RA 5, 1989, 47-52.
H.5. Motion and path planning; mapping
836. K. Sutner and W. Maass, Motion planning among time
dependent obstacles, Acta Informatica 26, 1988,
93-122.
837. J.T. Schwartz and M. Sharir, A survey of motion
planning and related geometric algorithms, AI 37,
1988, 157-169.
838. J.S.B. Mitchell, An algorithmic approach to some
problems in terrain navigation, AI 37, 1988,
171-201.
839. J. Canny, Constructing roadmaps of semi-algebraic
sets I: Completeness, AI 37, 1988, 203-222.
840. B.R. Donald, A geometric approach to error detection
and recovery for robot motion planning with
uncertainty, AI 37, 1988, 223-271.
841. C.L. Bajaj and M.S. Kim, Generation of configuration
space obstacles: the case of moving algebraic
curves, Algorithmica 4, 1989, 157-172.
842. M. Sharir, Algorithmic motion planning in robotics,
Computer 22(3), 1989, 9-20.
843. T. Lozano-Perez, J.L. Jones, E. Mazer, and P.A.
O'Donnell, Task-level planning of pick-and-place
robot motions, Computer 22(3), 1989, 21-29.
844. P.J. de Rezende, D.T. Lee, and Y.F. Wu, Rectilinear
shortest paths in the presence of rectangular
barriers, DCG 4, 1989, 41-53.
845. L.J. Guibas, M. Sharir, and S. Sifrony, On the
general motion-planning problem with two degrees of
freedom, DCG 4, 1989, 491-521.
846. C.E. Buckley, A foundation for the ``flexible-
trajectory'' approach to numeric path planning,
IJRR 8(3), 1989, 44-64.
70
847. B. Steer, Trajectory planning for a mobile robot,
IJRR 8(5), 1989, 3-14.
848. S.J. Buckley, Planning compliant motion strategies,
IJRR 8(5), 1989, 28-44.
849. C.W. Warren, J.C. Danos, and B.W. Mooring, An
approach to manipulator path planning, IJRR 8(5),
1989, 87-95.
850. J.S. Provan, Shortest enclosing walks and cycles in
embedded graphs, IPL 30, 1989, 119-125.
851. E.B. Feinberg, Characterizing the shortest path of
an object among obstacles, IPL 31, 1989, 257-264.
852. M. Sharir, A note on the Papadimitriou-Silverberg
algorithm for planning optimal piecewise-linear
motion of a ladder, IPL 32, 1989, 187-190.
853. B.K. Bhattacharya and J. Zorbas, Solving the two-
dimensional findpath problem using a line-triangle
representation of the robot, J. Algorithms 9, 1988,
449-469.
854. E.B. Feinberg and C.H. Papadimitriou, Finding
feasible paths for a two-point body, J.
Algorithms 10, 1989, 109-119.
855. F. Dehne, A.L. Hassenklover, and J.R. Sack,
Computing the configuration space for a robot on a
mesh-of-processors, PC 12, 1989, 221-231.
856. K. Fujimura and H. Samet, A hierarchical strategy
for path planning among moving obstacles, T-RA 5,
1989, 61-69.
857. O. Takahashi and R.J. Schilling, Motion planning in
a plane using generalized Voronoi diagrams, T-RA 5,
1989, 143-150.
858. E. Cheung and V.J. Lumelsky, Proximity sensing in
robot manipulator motion planning: system and
implementation issues, T-RA 5, 1989, 740-751.
859. J. Borenstein and Y. Koren, Real-time obstacle
avoidance for fast mobile robots, T-SMC 19, 1989,
1179-1187.
71
860. Y. Hwang and N. Ahuja, Path planning using a
potential field representation, CVPR, 569-575.
861. D. Halperin and M.H. Overmars, Efficient motion
planning for an L-shaped object, CG, 156-166.
862. L.P. Chew and K. Kedem, Placing the largest similar
copy of a convex polygon among polygonal obstacles,
CG, 167-174.
863. J. Friedman, J. Hershberger, and J. Snoeyink,
Compliant motion in a simple polygon, CG, 175-186.
864. A.J. Briggs, An efficient algorithm for one-step
planar compliant motion planning with uncertainty,
CG, 187-196.
865. E.M. Arkin, R. Connelly, and J.S.B. Mitchell, On
monotone paths among obstacles, with applications to
planning assemblies, CG, 334-343.
866. L. Tychonievich, D. Zaret, J. Mantegna, R. Evans, E.
Muehle, and S. Martin, A maneuvering-board approach
to path planning with moving obstacles, IJCAI,
1017-1021.
867. B. Zhang, L. Zhang, and T. Zhang, Motion planning of
multi-joint robotic arm with topological dimension
reduction method, IJCAI, 1029-1034.
868. B. Faltings, E. Baechler, and J. Primus, Reasoning
about kinematic topology, IJCAI, 1331-1336.
869. A. Hemmerling, Labyrinth Problems-Labyrinth-
Searching Abilities of Automata, Teubner, Leipzig,
1989.
870. A. Elfes, Using occupancy grids for mobile robot
perception and navigation, Computer 22(6), 1989,
46-57.
871. Y. Roth-Tabak and R. Jain, Building an environment
model using depth information, Computer 22(6), 1989,
85-90.
872. R.C. Arkin, Motor schema-based mobile robot
navigation, IJRR 8(4), 1989, 92-112.
873. N. Ayache and O.D. Faugeras, Maintaining
representations of the environment of a mobile
robot, T-RA 5, 1989, 804-819.
72
874. B.J. Kuipers and Y.T. Byun, A robust, qualitative
method for robot spatial learning, AAAI, 774-779.
875. E. Davis, Inferring ignorance from the locality of
visual perception, AAAI, 786-790.
876. K. Basye, T. Dean, and J.S. Vitter, Coping with
uncertainty in map learning, IJCAI, 665-668.
877. M. Asada and Y. Shirai, Building a world model for a
mobile robot using dynamic semantic constraints,
IJCAI, 1629-1634.
I. Color and Texture
I.1. Illumination and color
878. R. Hall, Illumination and Color in Computer
Generated Imagery, Springer, Berlin, 1988.
879. B. Funt and J. Ho, Color from black and white,
IJCV 3, 1989, 109-117.
880. W.A. Wright, A Markov random field approach to data
fusion and colour segmentation, IVC 7, 1989,
144-150.
881. L.B. Wolff, Material classification and separation
of reflection components using
polarization/radiometric information, IUW, 232-244.
882. M.J. Daily, Color image segmentation using Markov
random fields, IUW, 552-562, 1149-1151.
883. G. Healey, A parallel color algorithm for segmenting
images of 3-D scenes, IUW, 1038-1042.
884. M.J. Daily, Color image segmentation using Markov
random fields, CVPR, 304-312.
885. L.B. Wolff, Using polarization to seperate
reflection components, CVPR, 363-369.
886. L.B. Wolff and T.E. Boult, Polarization/radiometric
based material classification, CVPR, 387-395.
887. D. Forsyth and A. Zisserman, Mutual illumination,
CVPR, 466-473.
73
888. B.J. Lindbloom, Accurate color reproduction for
computer graphics applications, SIGGRAPH, 117-126.
I.2. Texture: models, synthesis
889. H.O. Peitgen and D. Saupe, The Science of Fractal
Images, Springer, Berlin, 1988.
890. M. Barnsley, Fractals Everywhere, Academic Press,
Boston, 1988.
891. J. Shallit and J. Stolfi, Two methods for generating
fractals, C&G 13, 1989, 185-191.
892. N. Yokoya, K. Yamamoto, and N. Funakubo, Fractal-
based analysis of 3D natural surface shapes and
their application to terrain modeling, CVGIP 46,
1989, 284-302.
893. P. Boulanger, A. Gagalowicz, and M. Rioux,
Integration of synthetic surface relief in range
images, CVGIP 47, 1989, 361-372.
894. S.L. Stepoway and M. Christiansen, Parallel
rendering of fractal surfaces, Intl J. Parallel
Programming 17, 1988, 43-58.
895. H. Derin and P.A. Kelly, Discrete-index Markov-type
random processes, P-IEEE 77, 1989, 1485-1510.
896. P. Meer and S. Connelly, A fast parallel method for
synthesis of random patterns, PR 22, 1989, 189-204.
897. S.K. Bhaskar, A. Rosenfeld, and A. Wu, Models for
neighbor dependency in planar point pattens, PR 22,
1989, 533-559.
898. A. Margalit, A parallel algorithm to generate a
Markov random field image on a SIMD hypercube
machine, PRL 9, 1989, 263-278.
899. D. Jeulin, Morphological modeling of images by
sequential random functions, SP 16, 1989, 403-431.
900. D.S. Jeong and P.M. Lapsa, Unified approach for
early-phase image understanding using a general
decision criterion, T-PAMI 11, 1989, 357-371.
901. M. Boudaoud and L.F. Chaparro, Nonstationary
composite modeling of images, T-SMC 19, 1989,
112-117.
74
902. C.A. Pickover, The use of image processing
techniques in rendering maps with deterministic
chaos, VC 4, 1988, 271-276.
903. C.C. Chen and R.C. Dubes, Experiments in fitting
discrete Markov random fields to textures, CVPR,
298-303.
904. X.G. Viennot, G. Eyrolles, N. Janey, and D. Arques,
Combinatorial analysis of ramified patterns and
computer imagery of trees, SIGGRAPH, 31-40.
905. F.K. Musgrave, C.E. Kolb, and R.S. Mice, The
synthesis and rendering of fractal terrains,
SIGGRAPH, 41-50.
906. R. Szeliski and D. Terzopoulos, From splines to
fractals, SIGGRAPH, 51-60.
907. N. Greene, Voxel space automata: modeling with
stochestic growth processes in voxel space,
SIGGRAPH, 175-184.
908. K. Perlin and E.M. Hoffert, Hypertexture, SIGGRAPH,
253-262.
909. J.P. Lewis, Algorithms for solid noise synthesis,
SIGGRAPH, 263-270.
910. J.T. Kajiya and T.L. Kay, Rendering fur with three
dimensional textures, SIGGRAPH, 271-280.
I.3. Texture: description
911. I. Fogel and D. Sagi, Gabor filters as texture
discriminator, BC 61, 1989, 103-113.
912. R. Vistnes, Texture models and image measures for
texture discrimination, IJCV 3, 1989, 313-336.
913. J. Garding, Properties of fractal intensity
surfaces, PRL 8, 1988, 319-324.
914. P. Cohen, C.T. LeDinh, and V. Lacasse,
Classification of natural textures by means of two-
dimensional orthogonal masks, T-ASSP 37, 1989,
125-128.
915. Z. Liu and Y. Attikiouzel, Two-dimensional linear
prediction model-based decorrelation method, T-
PAMI 11, 1989, 661-665.
75
916. M. Amadasun and R. King, Textural features
corresponding to textural properties, T-SMC 19,
1989, 1264-1274.
917. L.G.C. Hamey and T. Kanade, Computer analysis of
regular repetitive textures, IUW, 1076-1088.
918. A.R. Rao and B.G. Schunck, Computing oriented
texture fields, CVPR, 61-68.
I.4. Texture: segmentation
919. K. Iwama, Merging regions across feature maps in
texture segmentation, BC 61, 1989, 295-302.
920. J.M. Keller, S. Chen, and R.M. Crownover, Texture
description and segmentation through fractal
geometry, CVGIP 45, 1989, 150-166.
921. J.Y. Hsiao and A.A. Sawchuk, Unsupervised textured
image segmentation using feature smoothing and
probabilistic relaxation techniques, CVGIP 48, 1989,
1-21.
922. C.A. Sher and A. Rosenfeld, Detecting and extracting
compact textured regions using pyramids, IVC 7,
1989, 129-134.
923. R.L. Kashyap and K.B. Eom, Texture boundary
detection based on the long correlation model, T-
PAMI 11, 1989, 58-67.
924. A. Khotanzad, Unsupervised segmentation of textured
images by edge detection in multidimensional
features, T-PAMI 11, 1989, 414-421.
925. M.C.K. Yang and C.C. Yang, Image enhancement for
segmentation by self-induced autoregressive
filtering, T-PAMI 11, 1989, 655-661.
926. M. Unser and M. Eden, Multiresolution feature
extraction and selection for texture segmentation,
T-PAMI 11, 1989, 717-728.
927. J.Y. Hsiao and A.A. Sawchuk, Supervised textured
image segmentation using feature smoothing and
probabilistic relaxation techniques, T-PAMI 11,
1989, 1279-1292.
76
928. A. Perry and D.G. Lowe, Segmentation of textured
images, CVPR, 319-325.
929. J. Malik and P. Perona, A computational model of
texture segmentation, CVPR, 326-332.
J. Three-Dimensional Scene Analysis
J.1. 3D acquisition, etc.
930. P. Besl, Surfaces in Range Image Understanding,
Springer, Berlin, 1988.
931. A. Jain and R. Jain, Range Image Understanding,
Springer, Berlin, 1989.
932. R. Jain and A.K. Jain, Report on Range Image
Understanding Workshop, East Lansing, Michigan,
March 21-23, 1988, MVA 2, 1989, 45-60.
933. R.A. Grupen, T.C. Henderson, and I.D. McCammon, A
survey of general-purpose manipulation, IJRR 8(1),
1989, 38-62.
934. H.R. Nicholls and M.H. Lee, A survey of robot
tactile sensing technology, IJRR 8(3), 1989, 3-30.
935. A.S. Acampora and J.H. Winters, Three-dimensional
ultrasonic vision for robotic applications, T-
PAMI 11, 1989, 291-303.
936. G. Hu and G. Stockman, 3-D surface solution using
structured light and constraint propagation, T-
PAMI 11, 1989, 390-402.
937. N. Shrikhande and G. Stockman, Surface orientation
from a projected grid, T-PAMI 11, 1989, 650-655.
938. M. Matsuki and T. Ueda, A real-time sectional image
measuring system using time sequentially coded
grating method, T-PAMI 11, 1989, 1225-1228.
939. V. Srinivasan and R. Lumia, A pseudo-interferometric
laser range finder for robot applications, T-RA 5,
1989, 98-105.
940. T. Tsujimura and T. Yabuta, Object detection by
tactile sensing method employing force-torque
information, T-RA 5, 1989, 444-450.
77
941. K. Pribadi, J.S. Bay, and H. Hemami, Exploration and
dynamic shape estimation by a robot probe, T-SMC 19,
1989, 840-846.
942. Y.F. Wang and P. Liang, A new method for computing
intrinsic surface properties, CVPR, 235-240.
943. A. Pentland, T. Darrell, M. Turk, and W. Huang, A
simple, real-time range camera, CVPR, 256-261.
944. C.M. Bastuscheck, Techniques for real-time
generation of range images, CVPR, 262-268.
945. T.L. Hwang, J.J. Clark, and A.L. Yuille, A depth
recovery algorithm using defocus information, CVPR,
476-482.
946. R.L. Keizer and S.M. Dunn, Marked grid labeling,
CVPR, 612-617.
947. P.K. Allen and P. Michelman, Acquisition and
interpretation of 3-D sensor data from touch, WI3DS,
33-40.
948. M. Rioux, F. Blais, J.A. Beraldin, and P. Boulanger,
Range imaging sensors development at NRC
Laboratories, WI3DS, 154-160.
949. R.W. Taylor, M. Savini, and A.P. Reeves, Fast
segmentation of range imagery into planar regions,
CVGIP 45, 1989, 42-60.
950. X.Y. Jiang and H. Bunke, Segmentation of the needle
map of objects with curved surfaces, PRL 10, 1989,
181-187.
951. P.J. Flynn and A.K. Jain, On reliable curvature
estimation, CVPR, 110-116.
952. P. Grossmann, From 3D line segments to objects and
spaces, CVPR, 216-221.
953. F. Mokhtarian, Fingerprint theorems for curvature
and torsion zero-crossings, CVPR, 269-275.
954. G.D. Godin and M.D. Levine, Structured edge map of
curved objects in a range image, CVPR, 276-281.
955. G. Hu and G. Stockman, Representation and
segmentation of a cluttered scene using fused edge
and surface data, CVPR, 313-318.
78
956. J. O'Rourke and C. Schevon, Computing the geodesic
diameter of a 3-polytope, CG, 370-379.
957. R.R. Karinthi and D.S. Nau, Using a feature algebra
for reasoning about geometric feature interactions,
IJCAI, 1219-1224.
958. D. Gordon and J.K. Udupa, Fast surface tracking in
three-dimensional binary images, CVGIP 45, 1989,
196-216.
959. D.J. Rossi, A.S. Willsky, and D.M. Spielman, Object
shape estimation from tomographic measurements-a
performance analysis, SP 18, 1989, 63-87.
960. R.L.(S.) Drysdale III, R.B. Jerard, B. Schaudt, and
K. Hauck, Discrete simulation of NC machining,
Algorithmica 4, 1989, 33-60.
961. V.D. Nguyen, Constructing stable grasps, IJRR 8(1),
1989, 26-37.
962. M.R. Cutkosky, On grasp choice, grasp models, and
the design of hands for manufacturing tasks, T-RA 5,
1989, 269-279.
963. B. Mishra and N. Silver, Some discussion of static
gripping and its stability, T-SMC 19, 1989, 783-796.
964. M. Mehdian and H. Rahnejat, A sensory gripper using
tactile sensors for object recognition, orientation
control, and stable manipulation, T-SMC 19, 1989,
1250-1261.
965. S.A. Stansfield, Reasoning about grasping, AAAI,
768-773.
J.2. Recovery
966. J. Aloimonos and D. Shulman, Integration of Visual
Modules-An Extension of the Marr Paradigm, Academic
Press, Boston, 1989.
967. B.K.P. Horn and M.J. Brooks, eds., Shape from
Shading, MIT Press, Cambridge, MA, 1989.
968. R. Horaud and M. Brady, On the geometric
interpretation of image contours, AI 37, 1988,
333-353.
79
969. K. Kanatani and T.C. Chou, Shape from texture:
general principle, AI 38, 1989, 1-48.
970. A.L. Yuille, Zero crossings on lines of curvature,
CVGIP 45, 1989, 68-87.
971. Lavakusha, A.K. Pujari, and P.G. Reddy, Linear
octrees by volume intersection, CVGIP 45, 1989,
371-379.
972. M.A. Penna, Local and semi-local shape from shading
for a simple perspective image of a smooth object,
CVGIP 46, 1989, 346-366.
973. S. Kamata, S. Ishikawa, and K. Kato, Reconstructing
an edge on a polyhedron using an optimization
method, CVGIP 47, 1989, 92-104.
974. W. Whiteley, A matroid on hypergraphs, with
applications to scene analysis and geometry, DCG 4,
1989, 75-95.
975. T. Shakunaga and H. Kaneko, Perspective angle
transform: principle of shape from angles, IJCV 3,
1989, 239-254.
976. K. Kanatani, Reconstruction of Consisten shape from
inconsisten data: optimization of @2 size 8 {1 over
2}@D sketches, IJCV 3, 1989, 261-292.
977. A. Zisserman, P. Giblin, and A. Blake, The
information available to a moving observer from
specularities, IVC 7, 1989, 38-42.
978. J.(Y.) Aloimonos and D. Shulman, Learning early-
vision computations, JOSA A6, 1989, 908-919.
979. L. Quan and R. Mohr, Determining perspective
structures using hierarchical Hough transform,
PRL 9, 1989, 279-286.
980. J.T. Lapreste, P. Pineau, and M. Richetin, About the
integrability constraint in a shape-from-shading
algorithm, PRL 10, 1989, 53-60.
981. J.G. Luu, Shape normalization through compacting,
PRL 10, 1989, 243-250.
982. K. Henriksen and J. Arnspang, Direct determination
of the orientation of a translating 3D straight
line, PRL 10, 1989, 251-258.
80
983. J.Y. Aloimonos, Unifying shading and texture through
an active observer, Proc. R. Soc. Lond. B238, 1989,
25-37.
984. N. Ahuja and J. Veenstra, Generating octrees from
object silhouettes in orthographic views, T-PAMI 11,
1989, 137-149.
985. F.P. Ferrie and M.D. Levine, Where and why local
shading analysis works, T-PAMI 11, 1989, 198-206.
986. K. Kanatani, 3D Euclidean versus 2D non-Euclidean:
two approaches to 3D recovery from images, T-
PAMI 11, 1989, 329-332.
987. M.A. Penna, A shape from shading analysis for a
single perspective image of a polyhedron, T-PAMI 11,
1989, 545-554.
988. J. Malik and D. Maydan, Recovering three-dimensional
shape from a single image of curved objects, T-
PAMI 11, 1989, 555-566.
989. B. Cernuschi-Frias, D.B. Cooper, Y.P. Hung, and P.N.
Belhumeur, Toward a model-based Bayesian theory for
estimating and recognizing parameterized 3-D objects
using two or more images taken from different
positions, T-PAMI 11, 1989, 1028-1052.
990. V.S. Nalwa, Line-drawing interpretation: bilateral
symmetry, T-PAMI 11, 1989, 1117-1120.
991. D. Blostein and N. Ahuja, Shape from texture:
integrating texture-element extraction and surface
estimation, T-PAMI 11, 1989, 1233-1251.
992. Y.F. Wang and J.K. Aggarwal, Integration of active
and passive sensing techniques for representing
three-dimensional objects, T-RA 5, 1989, 460-471.
993. D. Raviv, Y.H. Pao, and K.A. Loparo, Reconstruction
of three-dimensional surfaces from two-dimensional
binary images, T-RA 5, 1989, 701-710.
994. N. Kawabata, Three-dimensional interpretation of
perspective images, T-SMC 19, 1989, 117-123.
995. D. Raviv, Y.H. Pao, and K.A. Loparo, Segmentation
between overlapping parts: the moving shadows
approach, T-SMC 19, 1989, 880-883.
81
996. T. Tanaka, S. Naito, and T. Takahishi, Generalized
symmetry and its application to 3D shape generation,
VC 5, 1989, 83-94.
997. A. Pentland, On the extraction of shape information
from shading, AAAI, 826-830.
998. J.Y. Aloimonos, Unification and integration of
visual modules: an extension of the Marr paradigm,
IUW, 507-551.
999. S.K. Nayar, K. Ikeuchi, and T. Kanade, Extracting
shape and reflectance of hybrid surfaces by
photometric sampling, IUW, 563-583.
1000. B.K.P. Horn, Height and gradient from shading, IUW,
584-595.
1001. F. Ulupinar and R. Nevatia, Constraints for
interpretation of perspective images, IUW, 882-892.
1002. A.D. Gross and T.E. Boult, Straight homogeneous
generalized cylinders: analysis of reflectance
properties and a necessary condition for class
membership, IUW, 967-973.
1003. L.B. Wolff, Shape understanding from Lambertian
photometric flow fields, IUW, 974-982.
1004. M. Hatzitheodorou, The derivation of 3-D surface
shape from shadows, IUW, 1012-1020.
1005. B.V.H. Saxberg, An application of dynamical systems
theory to shape from shading, IUW, 1089-1104.
1006. H.D. Tagare and R.J.P. deFiguereido, A theory of
photometric stereo for a general class of
reflectance maps, CVPR, 38-45.
1007. L.B. Wolff, Shape understanding from Lambertian
photometric flow fields, CVPR, 46-52.
1008. K. Hartt and M. Carlotto, A method for shape-from-
shading using multiple images acquired under
different viewing and lighting conditions, CVPR,
53-60.
1009. G. Ron and S. Peleg, Multiresolution shape from
shading, CVPR, 350-355.
82
1010. R.M. Haralick, Monocular vision using inverse
perspective projection geometry: analytic
relations, CVPR, 370-378.
1011. M. Richetin, M. Dhome, and J.T. Lapreste, Inverse
perspective transform from zero-curvature curve
points application to the location of some
generalized cylinders, CVPR, 517-522.
1012. P. Kube, Likely local shape, CVPR, 529-534.
1013. G. Xu and S. Tsuji, Three-dimensional interpretation
of quadrilaterals, IJCAI, 1610-1616.
1014. P. Bellutta, G. Collini, A. Verri, and V. Torre, 3D
visual information from vanishing points, WI3DS,
41-49.
1015. C.I. Connolly and J.R. Stenstrom, 3D scene
reconstruction from multiple intensity images,
WI3DS, 124-130.
J.3. Shape and models
1016. J.J. Koenderink, Solid Shape, MIT Press, Cambridge,
MA, 1989.
1017. B.A. Barsky, Computer Graphics and Geometric
Modeling using Beta-Splines, Springer, Berlin, 1988.
1018. M. Mantyla, An Introduction to Solid Modeling,
Computer Science Press, Rockville, MD, 1988.
1019. F. Yamaguchi, Curves and Surfaces in Computer-Aided
Geometric Design, Springer, Berlin, 1988.
1020. M.J. Wozny, H.W. McLaughlin, and J.L. Encarnacao,
eds., Geometric Modeling for CAD Applications (IFIP
Working Group, Troy, NY, May 12-16, 1988), North-
Holland, Amsterdam, 1988.
1021. C.M. Hoffmann, Geometric and Solid Modeling: An
Introduction, Morgan Kaufmann, San Mateo, CA, 1989.
1022. T. Lych and L.L. Schumaker, Mathematical Methods in
Computer Aided Geometric Design, Academic Press,
Boston, 1989.
1023. (B.Q. Su) and (D.Y. Liu), Computational Geometry-
Curve and Surface Modeling, Academic Press, Boston,
1989.
83
1024. SIAM Conference on Geometric Design, Tempe, AZ,
November 6-10, 1989.
1025. C. Hoffmann and J. Hopcroft, The geometry of
projective blending surfaces, AI 37, 1988, 357-376.
1026. I. Navazo, Extended octtree representation of
general solids with plane faces: model structure
and algorithms, C&G 13, 1989, 5-16.
1027. C. Sobhanpanah, Extension of a boundary
representation technique for the description of N
dimensional polytopes, C&G 13, 1989, 17-23.
1028. C.B. Millham and J.L. Zhang, A linear pivoting
heuristic procedure for computing the curve of
intersection of two bicubic surface patches, C&G 13,
1989, 25-38.
1029. D. Geist and M.W. Vannier, PC-based 3-D
reconstruction of medical images, C&G 13, 1989,
135-143.
1030. B. Sinclair, A.G. Hannam, A.A. Lowe, and W.W. Wood,
Complex contour organization for surface
reconstruction, C&G 13, 1989, 311-319.
1031. M. Roche, Defining a faceted generalized cylinder by
projections of cross sections, C&G 13, 1989,
349-354.
1032. G. Aumann, Approximation development of skew ruled
surfaces, C&G 13, 1989, 361-366.
1033. V. Akman and W.R. Franklin, Representing objects as
rays, or how to pile up an octree?, C&G 13, 1989,
373-379.
1034. S.E. Chen and R.E. Parent, Shape averaging and its
applications to industrial design, CGA 9(1), 1989,
47-54.
1035. C. Mirolo and E. Pagello, A solid modeling system
for robot action planning, CGA 9(1), 1989, 55-69.
1036. G.R. Beacon, J.R. Dodsworth, S.E. Howe, R.G. Oliver,
and A. Saia, Boundary evaluation using inner and
outer sets: the ISOS method, CGA 9(2), 1989, 39-51.
84
1037. G. Farin and N. Sapidis, Curvature and the fairness
of curves and surfaces, CGA 9(2), 1989, 52-57.
1038. L. De Floriani, A pyramidal data structure for
triangle-based surface description, CGA 9(2), 1989,
67-78.
1039. D.J. Filip and T.W. Ball, Procedurally representing
lofted surfaces, CGA 9(6), 1989, 27-33.
1040. C.M. Hoffmann, J.E. Hopcroft, and M.S. Karasick,
Robust set operations on polyhedral solids,
CGA 9(6), 1989, 50-59.
1041. L. De Floriani, B. Falcidieno, and C. Pienovi,
Structured graph representation of a hierarchical
triangulation, CVGIP 45, 1989, 215-226.
1042. K. Tang, On the intersection of a set of direction
cones, CVGIP 45, 1989, 357-361.
1043. G.M. Radack and N.I. Badler, Local matching of
surfaces using a boundary-centered radial
decomposition, CVGIP 45, 1989, 380-396.
1044. M. Karasick, The same-object problem for polyhedral
solids, CVGIP 46, 1989, 22-36.
1045. H. Samet, Neighbor finding in images represented by
octrees, CVGIP 46, 1989, 367-386.
1046. B. Falcidieno and F. Giannini, Automatic recognition
and representation of shape-based features in a
geometric modeling system, CVGIP 48, 1989, 93-123.
1047. W.C. Lin, S.Y. Chen, and C.T. Chen, A new surface
interpolation technique for reconstructing 3D
objects from serial cross-sections, CVGIP 48, 1989,
124-143.
1048. V.S. Nalwa, Representing oriented piecewise C[2]
surfaces, IJCV 3, 1989, 131-153.
1049. S. Cameron, Efficient intersection tests for objects
defined constructively, IJRR 8(1), 1989, 3-25.
1050. J.M. Selig and J. Rooney, Reuleaux pairs and
surfaces that cannot be gripped, IJRR 8(5), 1989,
79-87.
85
1051. P. Grossmann, Compact-a surface representation
scheme, IVC 7, 1989, 115-121.
1052. F. Macias-Garza, K.R. Diller, A.C. Bovik, S.J.
Aggarwal, and J.K. Aggarwal, Obtaining a solid model
from optical serial sections, PR 22, 1989, 577-586.
1053. S. Dellepiane, S.B. Serpico, and G. Vernazza, A
framework for processing and interpretation of
three-dimensional signals from multislices, SP 18,
1989, 239-258.
1054. J.R. Rossignac and H.B. Voelcker, Active zones in
CSG for accelerating boundary evaluation, redundancy
elimination, interference detection, and shading
algorithms, TOG 8, 1989, 51-87.
1055. D.J. Filip, Blending parametric surfaces, TOG 8,
1989, 164-173.
1056. R.T. Farouki, C.A. Neff, and M.A. O'Connor,
Automatic parsing of degenerate quadric-surface
intersections, TOG 8, 1989, 174-203.
1057. C.T. Loop and T.D. DeRose, A multisided
generalization of Be'zier surfaces, TOG 8, 1989,
204-234.
and the decomposition of deformations, T-PAMI 11,
1989, 567-585.
1059. L. DeFloriani, Feature extraction from boundary
models of three-dimensional objects, T-PAMI 11,
1989, 785-798.
1060. J. Ponce, D. Chelberg, and W.B. Mann, Invariant
properties of straight homogeneous generalized
cylinders and their contours, T-PAMI 11, 1989,
951-966.
1061. K.R. Vemuri, S.I. Oh, and R.A. Miller, Topology-
based geometry representation to support geometric
reasoning, T-SMC 19, 1989, 175-187.
1062. D. Terzopoulos and K. Fleischer, Deformable models,
VC 4, 1988, 306-331.
1063. D. Pletinckx, Quaternion calculus as a basic tool in
computer graphics, VC 5, 1989, 2-13.
86
1064. B. Wyvill and G. Wyvill, Field functions for
implicit surfaces, VC 5, 1989, 75-82.
1065. M. Kosters, Quadradic blending surfaces for complex
corners, VC 5, 1989, 134-146.
1066. R. Waltzman, Geometric problem solving by machine
visualization, IUW, 353-354.
1067. J.L. Mundy, P. Vrobel, and R. Joynson, Constraint-
based modeling, IUW, 425-442.
1068. C.I. Connolly, D. Kapur, J.L. Mundy, and R. Weiss,
GeoMeter: a system for modeling and algebraic
manipulation, IUW, 797-804.
1069. K. Bowyer, D. Eggert, J. Stewman, and L. Stark,
Developing the aspect graph representation for use
in image understanding, IUW, 831-849.
1070. C.L. Lo and H.S. Don, Representation and recognition
of 3-D curves, CVPR, 523-528.
1071. S.W. Chen and G. Stockman, Object wings-@2 size 8 {1
over 2}@-D primitives for 3-D recognition, CVPR,
535-540.
1072. D. Eggert and K. Bowyer, Computing the orthographic
projection aspect graph of solids of revolution,
WI3DS, 102-108.
1073. T. Sripradisvarakul and R. Jain, Generating aspect
graphs for curved objects, WI3DS, 109-115.
1074. D.J. Kriegman and J. Ponce, Computing exact aspect
graphs of curved objects: solids of revolution,
WI3DS, 116-122.
1075. A. Gupta, L. Bogoni, and R. Bajcsy, Quantitative and
qualitative measures for the evaluation of the
superquadric models, WI3DS, 162-169.
1076. F.P. Ferrie, J. Lagarde, and P. Whaite, Darboux
frames, snakes, and super-quadrics: geometry from
the bottom up, WI3DS, 170-176.
1077. H. Lu, L.G. Shapiro, and O.I. Camps, A relational
pyramid approach to view class determination, WI3DS,
177-183.
87
1078. A.H. Barr, Topics in Physically Based Modeling,
Addison-Wesley, Reading, MA, 1989.
1079. F. Gardin and B. Meltzer, Analogical representations
of naive physics, AI 38, 1989, 139-159.
1080. G. Miller and A. Pearce, Globular dynamics: a
connected particle system for animating viscous
fluids, C&G 13, 1989, 305-309.
1081. J. Wilhelms, M. Moore, and R. Skinner, Dynamic
animation: interaction and control, VC 4, 1988,
283-295.
1082. P.M. Isaacs and M.F. Cohen, Mixed methods for
complex kinematic constraints in dynamic figure
animation, VC 4, 1988, 296-305.
1083. D.R. Haumann and R.E. Parent, The behavioral test-
bed: obtaining complex behavior from simple rules,
VC 4, 1988, 332-347.
1084. B. Arnaldi, G. Dumont, and G. Hegron, Dynamics and
unification of animation control, VC 5, 1989, 22-31.
1085. A. Pentland and J. Williams, Good vibrations: model
dynamics for graphics and animation, SIGGRAPH,
215-222.
1086. D. Baroff, Analytical methods for dynamic simulation
of non-penetrating rigid bodies, SIGGRAPH, 223-232.
1087. A. Pentland and J. Williams, Perception of non-rigid
motion: inference of shape, material and force,
IJCAI, 1565-1570.
1088. L. Joskowicz and S. Addanki, From kinematics to
shape: an approach to innovative design, AAAI,
347-352.
J.4. Image synthesis
1089. E.L. Fiume, The Mathematical Structure of Raster
Graphics, Academic Press, Boston, 1989.
1090. A. Glassner, An Introduction to Ray Tracing,
Academic Press, Boston, 1989.
1091. S. Upstill, The Renderman Companion, Addison-Wesley,
Reading, MA, 1989.
88
1092. A. Kaufman, guest ed., Special Topic: 3D Voxel-
Based Graphics, C&G 13 (2), 1989, 133-166.
1093. J. Sanchez-Reyes, Laser printers for rendering
surfaces, C&G 13, 1989, 49-54.
1094. G.J. Jense and D.P. Huijsmans, Interactive voxel-
based graphics for 3D reconstruction of biological
structures, C&G 13, 1989, 145-150.
1095. L. Alvisi and G. Casciola, On the Two Array Mask
hidden-line algorithm, C&G 13, 1989, 193-206.
1096. T. Theoharis and I. Page, Polygon rendering on a
dual-paradigm parallel processor, C&G 13, 1989,
207-216.
1097. I. Gargantini, G. Schrack, and H.H. Atkinson,
Adaptive display of linear octrees, C&G 13, 1989,
337-343.
1098. E. Nakamae, T. Ishizaki, T. Nishita, and S. Takita,
Compositing digital images with antialiasing and
various shading effects, CGA 9(2), 1989, 21-29.
1099. P.K. Robertson, Spatial transformations for rapid
scan-line surface shadowing, CGA 9(2), 1989, 30-38.
1100. J. Goldfeather, S. Molnar, G. Turk, and H. Fuchs,
Near real-time CSG rendering using tree
normalization and geometric pruning, CGA 9(3), 1989,
20-28.
1101. A. Mammen, Transparency and antialiasing algorithms
implemented with the virtual pixel maps technique,
CGA 9(4), 1989, 43-55.
1102. S.A. Green and D.J. Paddon, Exploiting coherence for
multiprocessor ray tracing, CGA 9(6), 1989, 12-26.
1103. K.A. Frenkel, Volume rendering, Comm. ACM 32, 1989,
426-435.
1104. J.K. Udupa and G.T. Herman, Volume rendering versus
surface rendering, Comm. ACM 32, 1989, 1364-1367.
1105. L.S. Chen and M.R. Sontag, Representation, display,
and manipulation of 3D digital scenes and their
medical applications, CVGIP 48, 1989, 190-216.
89
1106. E. Fiume, A mathematical semantics of rendering I:
Ideal rendering, CVGIP 48, 1989, 281-303.
1107. X. Yuan, T.L. Kunii, N. Inamoto, and L. Sun,
GemstoneFire: adaptive dispersive ray tracing of
polyhedrons, VC 4, 1988, 259-270.
1108. T. Priol and K. Bouatouch, Static load balancing for
a parallel ray tracing on a MIMD hypercube, VC 5,
1989, 109-119.
1109. J. Bu and E.F. Deprettere, A VLSI system
architecture for high-speed radiative transfer 3D
image synthesis, VC 5, 1989, 121-133.
1110. W.F. Bronsvoort, P.R. van Nieuwenhuizen, and F.H.
Post, Display of profiled sweep objects, VC 5, 1989,
147-157.
1111. N. Max, Smooth appearance for polygonal surface, VC
5, 160-173.
1112. M.S. Paterson and F.F. Yao, Binary partitions with
applications to hidden-surface removal and solid
modelling, CG, 23-32.
1113. J.P. Gourret, N. Magnenat Thalmann, and D. Thalmann,
Simulation of object and human skin deformations in
a grasping task, SIGGRAPH, 21-30.
1114. C. Buckalew and D. Fussell, Illumination
networks: fast realistic rendering with general
reflectance functions, SIGGRAPH, 89-98.
1115. N. Chin and S. Feiner, Near real-time shadow
generation using BSP trees, SIGGRAPH, 99-106.
1116. A. Rockwood, K. Heaton, and T. Davis, Real-time
rendering of trimmed surfaces, SIGGRAPH, 107-116.
1117. T.W. Sederberg and A.K. Zundel, Scan line display of
algebraic surfaces, SIGGRAPH, 147-156.
1118. S.L. Chang, M. Shantz, and R. Rocchetti, Rendering
cubic curves and surfaces with integer adaptive
forward differencing, SIGGRAPH, 157-166.
1119. R.S. Gallagher and J.C. Nagtegaal, An efficient 3-D
visualization technique for finite element models
and other coarse volumes, SIGGRAPH, 185-194.
90
1120. J. Painter and K. Sloan, Antialiased ray tracing by
adaptive progressive refinement, SIGGRAPH, 281-288.
1121. J.C. Hart, D.J. Sandin, and L.H. Kauffman, Ray
tracing deterministic 3-D fractals, SIGGRAPH,
289-296.
1122. D. Kalra and A.H. Barr, Guaranteed ray intersections
with implicit surfaces, SIGGRAPH, 297-306.
1123. C.H. Sequin and E.K. Smyrl, Parameterized ray
tracing, SIGGRAPH, 307-314.
1124. J.R. Wallace, K.A. Elmquist, and E.A. Haines, A ray
tracing algorithm for progressive radiosity,
SIGGRAPH, 315-324.
1125. D.R. Baum, H.E. Rushmeier, and J.M. Winget,
Improving radiosity solutions through the use of
analytically determined form-factors, SIGGRAPH,
325-334.
1126. F. Sillion and C. Puech, A general two-pass method
integrating specular and diffuse reflection,
SIGGRAPH, 335-344.
1127. K. Mulmuley, An efficient algorithm for hidden
surface removal, SIGGRAPH, 379-388.
1128. C. Oh, N. Nandhakumar, and J.K. Aggarwal, Integrated
modelling of thermal and visual image generation,
CVPR, 356-362.
J.5. Recognition
1129. A.K. Jain, ed., Real-Time Object Measurement and
Classification, Springer, Berlin, 1988.
1130. R.B. Fisher, From Surfaces to Objects-Computer
Vision and Three-Dimensional Scene Analysis, Wiley,
Chichester, UK, 1989.
1131. J.E.W. Mayhew and J.P. Frisby, 3D Model Recognition
from Stereoscopic Cues, MIT Press, Cambridge, MA,
1989.
1132. S.B. Pollard, T.P. Pridmore, J. Porrill, J.E.W.
Mayhew, and J.P. Frisby, Geometrical modeling from
multiple stereo views, IJRR 8(4), 1989, 3-32.
91
1133. A.D. Worrall, K.D. Baker, and G.D. Sullivan, Model
based perspective inversion, IVC 7, 1989, 17-23.
1134. D. Holder and H. Buxton, Polyhedral object
recognition with sparse data in SIMD processing
mode, IVC 7, 1989, 71-78.
1135. M.C. Yang and W.H. Tsai, Recognition of single 3D
curved objects using 2D cross-sectional slice
shapes, IVC 7, 1989, 210-216.
1136. B. Bhanu and L.A. Nuttall, Recognition of 3-D
objects in range images using a Butterfly
multiprocessor, PR 22, 1989, 49-64.
1137. K.C. Hung, R.N. Chiou, C.N. Shyi, J.Y. Lee, and C.H.
Chen, Polyhedron reconstruction using three-view
analysis, PR 22, 1989, 231-246.
1138. I. Wilf and Y. Manor, Multiple-view model-based
inspection of quadric objects, PRL 10, 1989, 33-38.
1139. A.K.C. Wong, S.W. Lu, and M. Rioux, Recognition and
shape synthesis of 3-D objects based on attributed
hypergraphs, T-PAMI 11, 1989, 279-290.
1140. C.H. Chien and J.K. Aggarwal, Model construction and
shape recognition from occluding contours, T-
PAMI 11, 1989, 372-389.
1141. A.P. Reeves and R.W. Taylor, Identification of
three-dimensional objects using range information,
T-PAMI 11, 1989, 403-410.
1142. H. Wechsler and G.L. Zimmerman, Distributed
associative memory (DAM) for bin-picking, T-PAMI 11,
1989, 814-822.
1143. T.J. Fan, G. Medioni, and R. Nevatia, Recognizing
3-D objects using surface descriptions, T-PAMI 11,
1989, 1140-1157.
1144. R. Krishnapuram and D. Casasent, Determination of
three-dimensional object location and orientation
from range images, T-PAMI 11, 1989, 1158-1167.
1145. C. Hansen and T.C. Henderson, CAGD-based computer
vision, T-PAMI 11, 1989, 1187-1193.
92
1146. D.B. Goldgof, T.S. Huang, and H. Lee, A curvature-
based approach to terrain recognition, T-PAMI 11,
1989, 1213-1217.
1147. C. Gurwitz and M.L. Overton, A globally convergent
algorithm for minimizing over the rotation group of
quadratic forms, T-PAMI 11, 1989, 1228-1232.
1148. M. Dhome, M. Richetin, J.T. Lapreste, and G. Rives,
Determination of the attitude of 3-D objects from a
single perspective view, T-PAMI 11, 1989, 1265-1278.
1149. J. Jurczyk and K.A. Loparo, Mathematical transforms
and correlation techniques for object recognition
using tactile data, T-RA 5, 1989, 359-362.
1150. J.W. Roach, P.K. Paripati, and M. Wade, Model-based
object recognition using a large-field passive
tactile sensor, T-SMC 19, 1989, 846-853.
1151. R.W. Taylor and A.P. Reeves, Classification quality
assessment for a generalized model-based object
identification system, T-SMC 19, 1989, 861-866.
1152. T.O. Binford, Spatial understanding: the SUCCESSOR
System, IUW, 12-20.
1153. J. Ponce and D.J. Kriegman, On recognizing and
positioning curved 3D objects from image contours,
IUW, 461-470.
1154. T.M. Breuel, Adaptive model base indexing, IUW,
805-814.
1155. D. Cyrluk and D. Kapur, Reasoning about nonlinear
inequality constraints: a multi-level approach,
IUW, 904-915.
1156. A.J. Heller and J.R. Stenstrom, Verification of
recognition and alignment hypotheses by means of
edge verification statistics, IUW, 957-966.
1157. D.W. Thompson, Edge based transform refinement, IUW,
1070-1075.
1158. Y. Yacoob and Y.I. Gold, 3D object recognition via
simulated particles diffusion, CVPR, 442-449.
1159. K. Ikeuchi and K.S. Hong, Determining linear shape
change: toward automatic generation of object
recognition programs, CVPR, 450-457.
93
1160. S.A. Hutchinson, R.I. Cromwell, and A.C. Kak,
Applying uncertainty reasoning to model based object
recognition, CVPR, 541-548.
1161. R.M. Bolle, A. Califano, R. Kjeldsen, and R.W.
Taylor, Visual recognition using concurrent and
layered parameter networks, CVPR, 625-631.
1162. R. Kjeldsen, R.M. Bolle, A. Califano, and R.W.
Taylor, A homogeneous framework for visual
recognition, IJCAI, 1578-1584.
1163. J. Ponce and D.J. Kriegman, On recognizing and
positioning curved 3D objects from image contours,
WI3DS, 61-67.
1164. R. Bergevin and M.D. Levine, Generic object
recognition: building coarse descriptions from line
drawings, WI3DS, 68-74.
1165. S. Lee and H.S. Hahn, Object recognition and
localization using optical proximity sensor system:
polyhedral case, WI3DS, 75-81.
1166. P.G. Mulgaonkar, C.K. Cowan, and J. DeCurtins, Scene
description using range data, WI3DS, 138-144.
J.6. Miscellaneous
1167. E.L. Walker and M. Herman, Geometric reasoning for
constructing 3D scene descriptions from images,
AI 37, 1988, 275-290.
1168. M. Barry, D. Cyrluk, D. Kapur, J. Mundy, and V.D.
Nguyen, A multi-level geometric reasoning system for
vision, AI 37, 1988, 291-332.
1169. J. Raczkowsky and K.H. Mittenbuehler, Simulation of
cameras in robot applications, CGA 9(1), 1989,
16-25.
1170. K. Ikeuchi and T. Kanade, Modeling sensors: toward
automatic generation of object recognition program,
CVGIP 48, 1989, 50-79.
1171. P.K. Allen, Integrating vision and touch for object
recognition tasks, IJRR 7(6), 1988, 15-33.
1172. S. Shekhar, O. Khatib, and M. Shimojo, Object
localization with multiple sensors, IJRR 7(6), 1988,
34-44.
94
1173. N. Ayache and O.D. Faugeras, Building, registrating,
and fusing noisy visual maps, IJRR 7(6), 1988,
45-65.
1174. J. Porrill, Optimal combination and constraints for
geometrical sensor data, IJRR 7(6), 1988, 66-77.
1175. J.M. Richardson and K.A. Marsh, Fusion of
multisensor data, IJRR 7(6), 1988, 78-96.
1176. H.F. Durrant-Whyte, Sensor models and multisensor
integration, IJRR 7(6), 1988, 97-113.
1177. T. Henderson, E. Weitz, C. Hansen, and A. Mitiche,
Multisensor knowledge systems: interpreting 3D
structure, IJRR 7(6), 1988, 114-137.
1178. S.A. Stansfield, A robotic perceptual system
utilizing passive vision and active touch,
IJRR 7(6), 1988, 138-161.
1179. Y. Yeshurun and E.L. Schwartz, Shape description
with a space-variant sensor: algorithms for scan-
path, fusion, and convergence over multiple scans,
T-PAMI 11, 1989, 1217-1222.
1180. S.A. Hutchinson and A.C. Kak, Planning sensing
strategies in a robot work cell with multi-sensor
capabilities, T-RA 5, 1989, 765-783.
1181. R.C. Luo and M.G. Kay, Multisensor integration and
fusion in intellgent systems, T-SMC 19, 1989,
901-931.
1182. C. Brown, Gaze controls with interactions and
delays, IUW, 200-218.
1183. K. Ikeuchi and J.C. Robert, Modeling sensor
detectability with VANTAGE geometric/sensor modeler,
IUW, 721-746.
1184. K. Tarabanis and R.Y. Tsai, Viewpoint planning: the
visibility constraint, IUW, 893-903.
1185. T.S. Levitt and D.T. Lawton, Visual re-acquisition
of geographic locations, IUW, 950-956.
1186. D.H. Graf and W.R. LaLonde, Neuroplanners and their
application to eyes/head/neck coordination, IJCAI,
1022-1028.
95
1187. D.H. Ballard, Reference frames for animate vision,
IJCAI, 1635-1641.
96
Author Index
(Numbers denote references)
Aarts, E.(H.L.) 289,
364
Abhyankar, S.S. 777
Abutaleb, A.S. 441
Acampora, A.S. 935
Addanki, S. 1088
Adiv, G. 642
Aggarwal, J.K. 219,
231, 605, 992,
1052, 1128, 1140
Aggarwal, S.J. 1052
Ahmad, S. 351
Ahuja, N. 439, 443,
575, 593, 641, 690,
707, 860, 984, 991
Aisbett, J. 644
Akey, M.L. 432
Akl, S.G. 255
Akman, V. 1033
Aleksander, I. 137
Alexandrov, V.V. 480
Alexopoulos, C. 564
Algazi, V.R. 429
Allen, P.K. 38, 694,
947, 1171
Allen, T.G. 745
Alnuweiri, H.M. 290
Aloimonos, J.(Y.)
37, 599, 651, 675,
966, 978, 983, 998
Alvertos, N. 578
Alvisi, L. 1095
Amadasun, M. 916
Amini, A.A. 519
Amit, D.J. 148
Anandan, P. 606
Anderson, D.J. 386,
519
Apffel, J.M. 411
Arbib, M.A. 150
Arcelli, C. 802
Arkin, E.M. 865
Arkin, R.C. 872
Arnaldi, B. 1084
Arnon, D.S. 498
Arnspang, J. 628,
629, 662, 982
Arokiasamy, A. 778
Arques, D. 904
Arrathoon, R. 102
Asada, M. 877
Asano, T. 277
Astola, J.T. 83, 89
Atkinson, H.H. 1097
Attikiouzel, Y. 915
Au, W.K. 708
Augustyn, T.W. 227
Aumann, G. 1032
Avril, J.F. 563
Ayache, N. 873, 1173
Aykanat, C. 261
Badler, N.I. 1043
Badr, H.G. 272
Baechler, E. 868
Bajaj, C.L. 397, 841
Bajcsy, R. 514, 1075
Bakalash, R. 276
Baker, D.C. 231
Baker, H.H. 609, 610
Baker, K.D. 172,
1133
Balasubramanyam, P.
702
Ball, T.W. 1039
Ballard, D.H. 124,
1187
Ballesteros, S. 121
Bares, J. 208
Barnard, S.T. 567,
582
Barnsley, M. 890
Baroff, D. 1086
Barr, A.H. 1078,
1122
Barrett, E. 41
Barry, M. 1168
Barsky, B.A. 370,
1017
Barta, E. 618
Bartels, R.H. 398
Bartneck, N. 477
Barton, M.H. 244
Bastuscheck, C.M.
97
Author Index
944
Basye, K. 876
Batchelor, B.G. 20
Baugher, S. 810
Baum, D.R. 1125
Bauman, R.A. 183
Bay, J.S. 941
Beacon, G.R. 1036
Beaulieu, J.M. 453
Beckers, A.L.D. 783
Beckers, G.L. 404
Beffert, H. 784
Beghdadi, A. 99
Belhumeur, P.N. 989
Bell, S.B.M. 68
Bell, Z.W. 457
Bellutta, P. 1014
Bennett, B.M. 117,
676
Ben-Tzvi, D. 540
Beraldin, J.A. 948
Bergen, J.R. 656
Bergevin, R. 1164
Bergholm, F. 608
Berman, M. 375
Bernard, M.E. 233
Besl, P.(J.) 315,
930
Bestul, T. 454, 692
Beveridge, J.R. 444,
475, 534
Bhanu, B. 234, 465,
691, 697, 714, 1136
Bhaskar, S.K. 733,
897
Bhattacharya, B.K.
853
Bhattarai, S. 817
Bian, Z. 726
Biemond, J. 75, 77
Bier, T. 265
Bilbro, G.L. 518
Binford, T.O. 213,
487, 1152
Birch, J.B. 315
Birkholzer, T. 435
Biswas, S. 774
Bjorklund, C. 41
Blais, F. 948
Blake, A. 383, 977
Blanz, W.E. 447
Blelloch, G.E. 273,
274
Blissett, R.(J.)
615, 713
Blostein, D. 439,
991
Bobick, A.F. 486,
491
Bobrow, J.E. 785
Bodington, R. 172
Bogdanowicz, J.F.
236
Bogoni, L. 1075
Bolle, R.M. 42, 551,
831, 1161, 1162
Bolles, R.(C.) 32,
486, 491, 609
Boncelet Jr., C.G.
90
Bookstein, F.L. 1058
Borenstein, J. 859
Borgefors, G. 793
Bose, N.K. 77
Bottoni, P. 485
Bouatouch, K. 1108
Boudaoud, M. 901
Boulanger, P. 893,
948
Bouldin, D.W. 169
Boult, T.E. 38, 360,
590, 886, 1002
Bourbakis, N.G. 332,
792
Bouthemy, P. 427
Bovik, A.C. 84, 87,
376, 589, 1052
Bowyer, K. 1069,
1072
Boxer, L. 267
Boyer, K.L. 313, 326
Brady, (J.)M. 199,
968
Breuel, T.M. 1154
Briggs, A.J. 864
Brink, A.D. 450
Brisson, E. 751
Brockett, R. 704
Broida, T.J. 619,
658
Brolio, J. 475, 479
Bronskill, J.F. 708
Bronsvoort, W.F.
1110
98
Author Index
Brooks, M.J. 967
Brooks, R.(A.) 200,
218, 655
Brown, C.(M.) 39,
599, 693, 717, 1182
Bruce, V. 120
Bruckstein, A.M.
440, 824
Brunak, S. 143, 147
Bryant, A. 814
Bryant, J. 814
Brzakovic, D. 578
Bu, J. 1109
Buchsbaum, G. 149
Buckalew, C. 1114
Buckley, C.E. 846
Buckley, S.J. 848
Bulthoff, H.H. 723
Bunke, H. 950
Burdea, G.C. 827
Burger, P. 63
Burger, W. 691, 714
Burt, P.J. 656
Butner, S.E. 94
Buxton, B.F. 612
Buxton, H. 1134
Byun, Y.T. 874
Caelli, T.(M.) 513,
607
Cai, L.D. 97
Caianniello, E.R.
127
Califano, A. 42,
549, 551, 1161,
1162
Cameron, S. 1049
Campbell, C.K. 107
Campbell, T.G. 89
Camps, O.I. 1077
Canning, J. 416
Canny, J. 839
Cappelletti, J.D.
408
Caprile, B. 430
Carbonell, J.G. 156
Card, H.C. 292
Cardenas, A. 309
Carlotto, M. 1008
Casasent, D. 19,
1144
Casciola, G. 1095
Cass, T.A. 274
Castelow, D.A. 612
Cathey, W.T. 110
Caulfield, H.J. 104,
152
Cernuschi-Frias, B.
989
Chabries, D.M. 637
Chan, Y.T. 809
Chandrasekar, S. 777
Chandru, V. 777
Chang, J.H. 285
Chang, S. 626, 630
Chang, S.L. 1118
Chaparro, L.F. 901
Chapman, R. 577
Chariglione, L. 73
Charnley, D. 615,
713
Chatila, R. 218
Chatterjee, S. 711
Chatterji, B.N. 788,
799
Chau, T.K.W. 568
Chaudhuri, B.B. 420
Chaudhuri, S. 711
Chelberg, D. 1060
Chellappa, R. 424,
619, 658
Chen, C.C. 903
Chen, C.H. 1137
Chen, C.L. 815
Chen, C.T. 807, 1047
Chen, D.S. 387
Chen, G.H. 268
Chen, H.H. 682
Chen, J.S. 96, 425
Chen, L.S. 1105
Chen, M.H. 338, 747
Chen, M.J.W. 190
Chen, M.S. 269
Chen, S. 920
Chen, S.E. 1034
Chen, S.W. 1071
Chen, S.Y. 1047
Chen, Y.S. 415, 791,
806
Chen, Z. 346
Cheng, F. 377
Cheung, E. 858
Chew, L.P. 862
Chiang, A.M. 295
99
Author Index
Chien, C.H. 1140
Chin, N. 1115
Chin, R.T. 772
Chiou, R.N. 1137
Cho, S. 449
Choi, W.Y. 407, 635
Chou, S.C. 502
Chou, T.C. 969
Choudhary, A.N. 685
Chretienne, P. 563
Christiansen, M. 894
Christiansen, R.W.
637
Chu, C.H. 286
Chubb, C. 719
Clark, J.J. 423, 945
Clayson, J. 511
Cochran, S.D. 581,
594
Cohen, H. 512
Cohen, L. 586
Cohen, M.F. 1082
Cohen, P. 914
Cohn, A.G. 164
Cole, W. 241
Collini, G. 1014
Collins, R.T. 479
Commons, M.L. 118
Conio, B. 344, 357
Connelly, R. 865
Connelly, S. 896
Connolly, C.I. 1015,
1068
Consel, C. 555
Cooper, D.B. 831,
989
Cooper, D.H. 446
Cooper, P.R. 176
Corby, N.R. 40
Cordella, L.P. 736
Cosnard, M. 244
Cowan, C.K. 1166
Cox, K.C. 307
Cox, P. 525
Craig, J.J. 198
Cromwell, R.I. 1160
Crownover, R.M. 920
Culberson, J.C. 787
Current, K.W. 411
Cutkosky, M.R. 962
Cybenko, G. 745
Cypher, R. 746, 750
Cyrluk, D. 1155,
1168
Dagless, E.L. 284
Daily, M.J. 215,
882, 884
Danos, J.C. 849
Danvy, O. 555
Darrell, T. 943
Das, P.P. 788, 794,
796, 797
Das, S. 593
Dassow, J. 763
Davies, E.R. 81,
542, 543, 546
Davis, E. 875
Davis, L.S. 37, 454,
692
Davis, T. 1116
Day, T. 569
Dean, T. 876
DeCurtins, J. 1166
deFiguereido, R.J.P.
1006
De Floriani, L.
1038, 1041, 1059
Dehne, F. 855
Dekker, S.T. 803
Delanoy, R.L. 237
Dellepiane, S. 1053
Delp, E.J. 286, 399,
437
DeMenthon, D. 692
De Micheli, E. 430
Deprettere, E.F.
1109
Deregowski, J.B. 123
de Rezende, P.J. 844
Deriche, R. 436
Derin, H. 456, 895
DeRose, T.(D.) 370,
769, 1057
de Saussure, G. 209
De Valois, K.K. 116
De Valois, R.L. 116
Devaux, J.Y. 515
D'Haeyer, J.P.F. 321
Dhome, M. 1011, 1148
Dickmanns, E.D. 683
Di Gesu, V. 263
Dillencourt, M.B.
735
100
Author Index
Diller, K.R. 1052
Dinstein, I. 627
Disabatino, D. 297
Dodsworth, J.R. 1036
Dohler, H.U. 86
Dolan, J. 468
Don, H.S. 825, 1070
Donald, B.R. 840
Dougherty, E.R. 328
Draper, B.A. 475,
479
Dreschler-Fischer,
L.S. 278
Drummond, O.E. 221
Drysdale III,
R.L.(S.) 960
Dubertret, L. 515
Dubes, R.C. 903
du Buf, J.M.H. 421
Dubuisson, B. 570
Duce, D.A. 60
Duchossois, G. 226
Dudgeon, D.E. 237
Duller, A.W.G. 284
Dumont, G. 1084
Duncan, J.H. 686
Duncan, J.S. 173,
435, 470
Dunn, S.M. 946
Durrant-Whyte,
H.(F.) 693, 1176
Dutta, R. 679, 696,
709
Dutta Majumder, D.
348, 818
Duvernoy, J. 76
Dwyer III, S.J. 181
Dyer, C.R. 252
Earnshaw, R.A. 52,
57
Eby, D.W. 724
Eckmiller, R. 134
Edelman, S. 489
Eden, M. 926
Egecioglu, O. 373
Eggert, D. 1069,
1072
Eichhorn, N. 371
Eilam-Tzoreff, T.
561
Einstein, J.R. 209
Elfes, A. 870
Ellis, H.D. 243
Ellsworth, D. 301
Elmquist, K.A. 1124
Encarnacao, J.(L.)
193, 1020
Eom, K.B. 923
Eshaghian, M.M. 111
Ettinger, G.J. 235,
487
Evans, R. 866
Eyles, J. 301
Eyrolles, G. 904
Faasch, H. 278
Fahn, C.S. 388
Fairhurst, M.C. 24
Falcidieno, B. 1041,
1046
Faltings, B. 868
Fam, A.T. 88
Fan, T.J. 1143
Fang, Z. 323
Farin, G. 768, 1037
Farouki, R.T. 1056
Faugeras, O.(D.)
355, 595, 605, 652,
677, 873, 1173
Feinberg, E.B. 851,
854
Feiner, S. 1115
Fennema, C. 216
Ferrate, G. 158
Ferrie, F.P. 985,
1076
Filip, D.J. 1039,
1055
Finke, R.A. 122
Fischler, M.A. 32,
44, 239
Fisher, A.L. 547
Fisher, R.B. 505,
1130
Fiume, E.(L.) 1089,
1106
Flannery, D.L. 108
Flasinski, M. 506
Fleet, D.J. 640, 712
Fleischer, K. 1062
Fleming, A. 753
Fletcher, Y. 368
Flouzat, G. 82
101
Author Index
Flynn, A.M. 211
Flynn, P.J. 951
Fogel, I. 911
Fogel, S.V. 666
Fogelman-Soulie', F.
141
Forchhammer, S. 780
Forsyth, D. 887
Forsyth, R. 155
Foster, J. 412
Fox, E.A. 305
Franklin, W.R. 1033
Franzen, W.O. 681
Fraser, D. 343
Freedman, W. 149
Freeman, H. 184
Freeman, M.H. 201
Frei, W. 173
Frenkel, K.A. 1103
Friedman, J. 863
Frisby, J.P. 1131,
1132
Fu, C.W. 630
Fua, P. 238, 464,
473
Fuchs, H. 301, 1100
Fuh, C.S. 705
Fujimura, K. 856
Funakubo, N. 892
Funt, B. 879
Fussell, D. 1114
Gagalowicz, A. 586,
893
Gale, A.G. 201
Gallagher, R.S. 1119
Gallopoulos, E. 373
Galton, I. 760
Gambotta, J.P. 660
Gandhi, P.P. 93
Gangnet, M. 359
Gannon, D. 254
Gao, P. 729
Gardin, F. 1079
Garding, J. 913
Gargantini, I. 1097
Gazit, S.L. 698
Geiger, D. 392
Geisler, W.S. 589
Geist, D. 1029
Gelband, P. 487
Gelfand, S.B. 437
Gelson, G.M. 65
Gennery, D.B. 536
Gharachorloo, N. 72
Giannini, F. 1046
Gibbons, A.M. 262
Giblin, P. 977
Gidas, B. 336
Gillies, D. 63
Girosi, F. 392, 598,
669, 672
Giusto, D.D. 631
Glassner, A. 1090
Gluck, M.A. 136
Goddard, N.H. 725
Godin, G.D. 954
Goguen, J.A. 501
Gold, Y.I. 1158
Goldberg, M. 453
Goldfeather, J. 301,
1100
Goldgof, D.B. 689,
1146
Gong, S. 664
Gonzalez, R.C. 578
Goodman, A.M. 308
Gordon, D. 958
Gordon, G.L. 657
Gorsky, N.D. 480
Goshtasby, A. 345,
377
Gould, K. 703
Gourishankar, V.G.
607
Gourret, J.P. 1113
Goutsias, J. 458,
737
Graf, D.H. 1186
Grattoni, P. 418
Graubard, S.R. 167
Green, S.A. 1102
Greene, N. 907
Greer, T. 301
Griffin, P.M. 558,
564
Griffith, J. 444
Grimson, W.E.L. 517,
528
Gropp, W.D. 260
Grosky, W.I. 306,
530
Gross, A.D. 1002
Grossmann, P. 952,
102
Author Index
1051
Grupen, R.A. 933
Gruver, W.A. 195
Grzywacz, N.M. 611,
721
Gualtieri, J.A. 810
Guerra, C. 541
Guibas, L.J. 845
Guiducci, A. 417
Guo, J. 178
Guo, Z. 782
Gupta, A. 1075
Gupta, S. 72
Gurwitz, C. 1147
Habelrih, G. 623
Hadani, I. 618
Hahn, H.S. 1165
Haines, E.A. 1124
Hake, J.F. 246
Hall, R. 878
Hall, R.W. 781, 782
Halperin, D. 861
Hambrusch, S. 541
Hamey, L.G.C. 279,
917
Han, M.H. 412
Hancock, E.R. 171
Hanna, K.J. 617
Hannam, A.G. 1030
Hansen, C. 1145,
1177
Hansmann, W. 61
Hanson, A.J. 238,
464, 473
Hanson, A.(R.) 34,
43, 216, 257, 281,
361, 444, 475, 479
Hanson, S.J. 138
Harada, K. 390
Haralick, R.(M.) 29,
175, 308, 347, 449,
571, 661, 1010
Hardock, R.T. 398
Harmon, S. 218
Harris, C. 616
Harris, J.G. 215,
394
Hart, J.C. 1121
Hartley, R.I. 765
Hartmann, I. 178
Hartt, K. 1008
Harvey, W.(A.) 228,
488
Harwood, D. 692
Hasani, S. 817
Haslegrave, C.M. 201
Hassenklover, A.L.
855
Hatzitheodorou, M.
1004
Hauck, K. 960
Haumann, D.R. 1083
Haussler, D. 154
Havelock, D.I. 756
Hayes, P.J. 832
Healey, G. 883
Heaton, K. 1116
Hebert, M. 208
Heel, J. 695
Heer, E. 209
Hegron, G. 1084
Heller, A.J. 1156
Hemami, H. 941
Hemmerling, A. 869
Henderson, T.(C.)
933, 1145, 1177
Henkel, P.A. 227
Henriksen, K. 982
Hepburn, J.S.A. 708
Herbin, M. 515
Herman, G.T. 1104
Herman, M. 1167
Herr, F.L. 226
Herring, G.P. 177
Herrnstein, R.J. 118
Hershberger, J. 863
Hershenson, M. 119
Herve, J.C. 359
Herve', J.Y. 665
Highnam, P.T. 547
Hincha, G. 178
Hingorani, R. 656
Hinton, G.E. 151
Hirschberg, I. 220
Ho, J. 879
Hobby, J.D. 69
Hoetter, M. 634
Hoff, W. 575
Hoffert, E.M. 300,
908
Hoffman, D.D. 117,
676
Hoffmann, C.(M.)
103
Author Index
754, 1021, 1025,
1040
Hogg, D. 168
Holder, D. 1134
Holroyd, F.C. 68
Holt, C. 790
Honavar, V. 493
Hong, K.S. 1159
Hopcroft, J.(E.)
1025, 1040
Hopgood, F.R.A. 61
Hopkins, S. 483
Horaud, R. 344, 357,
579, 968
Horn, B.K.P. 603,
967, 1000
Horn, W.P. 740
Horne, C. 421
Horner, J.L. 106,
108
Horswill, I.D. 655
Howard, M.D. 293
Howe, S.E. 1036
Hromkovic, J. 508
Hsiao, J.Y. 921, 927
Hsieh, R.C. 64
Hsu, A. 663
Hsu, W.H. 415, 791,
806
Hu, G. 936, 955
Hua, Z.D. 570
Huang, C.L. 545
Huang, K.S. 311
Huang, S.T. 738
Huang, T.S. 641,
647, 652, 682, 685,
689, 690, 707, 1146
Huang, T.T. 402
Huang, W. 943
Huber, A.J. 225
Huckenbeck, U. 510
Huertas, A. 241
Huijsmans, D.P. 1094
Humphreys, G. 120
Hung, K.C. 1137
Hung, Y. 731
Hung, Y.P. 989
Huntsberger, T.L.
625
Hussein, Z. 816
Hutchinson, S.A.
1160, 1180
Hutchison, C. 168
Hwang, T.L. 945
Hwang, (V.)S.S. 231,
622
Hwang, Y. 860
Ibarra, O.H. 282,
285
Ihm, I. 397
Ikeuchi, K. 999,
1159, 1170, 1183
Illingworth, J. 539,
550
Imai, H. 365, 565
Imai, K. 565
Inamoto, N. 1107
Inamoto, Y. 587
Inoue, K. 508, 509
Ipsen, I.C.F. 260
Isaacs, P.M. 1082
Ishikawa, S. 973
Ishizaki, T. 1098
Israel, L. 301
Ito, A. 509
Iu, S.L. 680
Iwama, K. 919
Iyengar, S.S. 207,
522
Jaenicke, R.A. 678
Jagadish, H.V. 476
Jain, A.(K.) 25,
411, 931, 932, 951,
1129
Jain, R.(C.) 426,
588, 601, 604, 621,
706, 871, 931, 932,
1073
Jamieson, L.H. 286
Jancene, P. 60
Janey, N. 904
Jang, D. 412
Jasinschi, R.(S.)
620, 720
Javidi, B. 105
Jayaramamurthy, S.N.
625
Jenkin, M.R.M. 583,
659
Jense, G.J. 1094
Jeong, D.S. 900
Jepson, A.D. 583,
104
Author Index
640, 659, 712
Jerard, R.B. 960
Jeulin, D. 899
Ji, L. 316
Jiang, F. 710
Jiang, T. 282, 285
Jiang, X.Y. 950
Jiang, Z. 523
Joe, B. 378
Jolion, J.M. 317,
448, 451, 544
Jones, J.L. 535, 843
Jong, C.M. 624
Joo, H. 175
Jordan III, J.R. 589
Joskowicz, L. 1088
Jost, R.G. 181
Jou, J.Y. 376
Joynson, R. 1067
Jurczyk, J. 1149
Kahn, P. 297
Kahsyap, R.L. 207
Kaiser, B.G. 531
Kajiya, J.T. 910
Kak, A.C. 1160, 1180
Kalp, D. 488
Kalra, D. 1122
Kaltofen, E. 776
Kamata, S. 973
Kamgar-Parsi, B. 70,
71, 389, 535
Kanade, T. 33, 208,
217, 467, 613, 917,
999, 1170
Kanatani, K. 969,
976, 986
Kaneda, K. 240
Kaneko, H. 975
Kapur, D. 494, 495,
496, 497, 499,
1068, 1155, 1168
Karasick, M.(S.)
1040, 1044
Karinthi, R.R. 957
Kartikeyan, B. 442,
773
Kashyap, R.L. 207,
923
Kassam, S.A. 93
Kasvand, T. 1
Katayama, T. 422
Kato, F. 240
Kato, K. 365, 973
Kauffman, L.H. 1121
Kaufman, A. 276,
1092
Kawabata, N. 994
Kawaguchi, E. 462
Kawakami, S. 587
Kay, M.G. 1181
Kay, T.L. 910
Kayaalp, A.E. 588
Kearney, J.K. 358
Kedem, K. 862
Kehtarnavaz, N. 600
Keizer, R.L. 946
Keller, J.M. 920
Kelly, P.A. 895
Kender, J.R. 28, 38
Kenner, M.A. 684
Khatib, O. 198, 1172
Khoi, P.N. 730
Khotanzad, A. 830,
924
Kiem, H. 730
Kiesewetter, H. 371
Kim, D.Y. 393
Kim, J. 691
Kim, J.J. 393, 416
Kim, K. 298
Kim, M.S. 841
Kim, M.Y. 504
King, R. 916
Kinser, J. 152
Kiryati, N. 734
Kitchen, L.J. 406
Kittler, J. 159,
171, 539, 550
Kjeldsen, R. 42,
1161, 1162
Klimasauskas, C.C.
133, 140
Klinger, A. 309, 332
Knott, G.D. 779
Ko, H.P. 500
Ko, S.J. 88
Koc, C.K. 373
Koch, C. 131, 663
Koenderink, J.J.
341, 1016
Kohler, R.R. 444
Koivo, A.J. 195
Kolb, C.E. 905
105
Author Index
Kolczynski, R. 656
Kolzow, D. 812
Kondo, H. 591
Kong, T.Y. 739, 744
Koplowitz, J. 770,
824
Koren, Y. 859
Korst, J.(H.M.) 289,
364
Kosslyn, S.M. 118
Kosters, M. 1065
Kovacic, S. 514
Kovalevski, V.A. 742
Krause, M. 178
Kriegman, D.J. 213,
1074, 1153, 1163
Krishnan, V. 529
Krishnapuram, R.
1144
Kropatsch, W.G. 761
Krotkov, E. 208
Krueger, W.M. 431
Krzyzak, A. 1, 732
Kuan, D. 41, 212
Kuba, A. 812
Kube, P. 1012
Kuipers, B.J. 874
Kumar, R. 356, 361
Kundu, A. 92, 434
Kunii, T.L. 302,
1107
Kusiak, A. 196
Kutka, R. 85
Lacasse, V. 914
Lacolle, B. 344, 357
Laganiere, R. 674
Lagarde, J. 1076
LaGesse, F.R. 227
Lai, S.H. 626
Lakshmanan, S. 456
Lalitha, L. 348
LaLonde, W.R. 1186
Landau, G.M. 557
Landraud, A.M. 563
Lapreste, J.T. 980,
1011, 1148
Lapsa, P.M. 900
Lautrup, B. 143,
144, 147
Lavakusha 971
Lawton, D.T. 214,
297, 1185
Leboulleux, O. 344,
357
Lebruchec, J.F. 515
Leclerc, Y.G. 445,
466
LeDinh, C.T. 914
Lee, C.H. 384, 647
Lee, C.N. 661
Lee, D. 433, 667
Lee, D.T. 844
Lee, H. 27, 689,
1146
Lee, J.N. 109
Lee, J.S. 460
Lee, J.Y. 388, 1137
Lee, M.H. 934
Lee, R.C.T. 743
Lee, S. 465, 1165
Lee, W.A. 656
Lee, Y.H. 88, 91
Le Negrate, A. 99
Lengauer, T. 749
Lenz, R.K. 349, 353
Leonard, J. 693
Leou, J.J. 654
Leszczynski, K.W.
100
Leung, A. 656
Leung, M.K. 685
Leung, S.Y. 732
Levine, M.D. 455,
954, 985, 1164
Levitan, S.P. 281
Levitt, T.S. 214,
235, 487, 1185
Lewis, J.P. 909
Leyton, M. 832
Li, H. 101, 288, 294
Li, L. 686
Li, X. 323
Liang, C.C. 807
Liang, P. 942
Lichewsky, A. 254
Lin, J.Y. 346
Lin, W.C. 807, 1047
Lindbloom, B.J. 888
Link, N.K. 403
Liou, S.P. 601
Little, J.J. 274,
670, 723
Liu, D.Y. 1023
106
Author Index
Liu, H.K. 103
Liu, L. 726
Liu, S.C. 394
Liu, Z. 915
Lo, C.H. 825
Lo, C.L. 1070
Loe, K.F. 265
Longbotham, H.G. 87
Loomis, J.M. 724
Loop, C.T. 1057
Loparo, K.A. 993,
995, 1149
Low, R.J. 391
Lowe, A.A. 1030
Lowe, D.G. 764, 928
Lozano-Perez, T.
198, 843
Lu, H. 1077
Lu, J.H. 830
Lu, S.W. 1139
Lu, W. 523
Lu, Y. 426
Lubin, J. 656
Lumelsky, V.J. 200,
858
Lumia, R. 939
Luo, R.C. 1181
Luu, J.G. 981
Lych, T. 1022
Lyvers, E.P. 432
Ma, J. 629
Ma, Y. 264
Maass, W. 836
Macias-Garza, F.
1052
MacPherson, M.B. 296
Magnenat-Thalmann,
N. 55, 56, 1113
Mahani, R.B. 577
Maitre, H. 525, 526
Majoor, G.M.M. 335
Makinen, E. 556
Malik, J. 929, 988
Malin, J.A. 406
Mallat, S.G. 337
Mallet, J.L. 379
Malsburg, C.v.d. 134
Mammen, A. 1101
Manmatha, R. 679,
696, 709
Mann, W.B. 1060
Manohar, M. 741
Manor, Y. 758, 1138
Mantegna, J. 866
Mantyla, M. 1018
Maragos, P. 325,
339, 705
March, R. 573
Marcotte, O. 566
Marechal, G. 59
Maresca, M. 288, 294
Margalit, A. 779,
898
Markenscoff, X. 834
Marola, G. 811, 822
Marsh, K.A. 1175
Martens, J.B.D.S.
335
Martin, S. 866
Martin, W.N. 331
Mason, D.C. 68
Mathur, B. 663
Matsuki, M. 938
Matsuyama, T. 478
Matthies, L. 613
Max, N. 1111
Maybank, S. 677
Maydan, D. 734, 988
Mayhew, J.E.W. 1131,
1132
Mazer, E. 843
McAllister, D.F. 368
McAndrew, P. 484
McCammon, I.D. 933
McConnel, J.J. 62
McIvor, A.M. 438
McKeown (Jr.),
D.(M.) 228, 488,
533
McLaughlin, H.W.
1020
McLeod, R.D. 292
Mecocci, A. 635
Medioni, G. 36, 96,
405, 425, 574, 581,
594, 688, 698, 1143
Meer, P. 330, 342,
393, 414, 896
Mehdian, M. 964
Mehler, J. 132
Mehrotra, R. 306,
530
Melter, R.A. 748
107
Author Index
Meltzer, B. 1079
Mendel, J.M. 458
Meyer, F. 318, 800
Mice, R.S. 905
Miceli, W.J. 110
Michaelson, G.J. 483
Michelman, P. 947
Middleditch, A.E.
767
Milenkovic, V.J.
752, 757
Milios, E.E. 516
Miller, D.P. 218
Miller, G. 1080
Miller, R. 267, 271
Miller, R.A. 1061
Millham, C.B. 1028
Mills, R. 247
Ming, J. 465, 691,
697
Minoux, M. 525
Mintz, D. 393
Mirolo, C. 1035
Mishra, B. 963
Mitchell, J.S.B.
838, 865
Mitchell, O.R. 324,
432
Mitchell, T. 208
Mitiche, A. 605,
623, 648, 674, 1177
Mittenbuehler, K.H.
1169
Modestino, J.W. 490
Mohan, R. 459, 463,
471, 574
Mohan, S. 600, 770
Mohr, R. 979
Mokhtarian, F. 953
Molnar, S. 301, 1100
Monga, O. 436
Moore, M. 1081
Mooring, B.W. 849
Morita, T. 587
Morton, R.R. 64
Muehle, E. 866
Mukherjee, A. 562
Mukherjee, J. 799
Mulgaonkar, P.G.
1166
Muller, J.P. 569
Mulmuley, K. 1127
Mumford, D.B. 118
Mundy, J.(L.) 494,
495, 496, 497,
1067, 1068, 1168
Muraoka, Y. 254
Murray, D.W. 612
Musgrave, F.K. 905
Musmann, H.G. 74
Mussio, P. 485
Naaman, L. 84
Nadel, L. 139
Nagel, H.H. 638
Nagel, W.E. 245
Nagtegaal, J.C. 1119
Naito, S. 996
Nakamae, E. 240,
390, 1098
Nalwa, V.S. 990,
1048
Nandhakumar, N. 1128
Naqvi, A.A. 540
Nashold, K.M. 401
Nasr, H. 691
Nau, D.S. 957
Navazo, I. 1026
Nayar, S.K. 999
Neff, C.A. 1056
Negahdaripour, S.
603, 614
Nelson, R.C. 39,
532, 651
Netanyahu, N. 389,
416
Neuman, C.P. 195
Neuvo, Y. 83, 94
Nevatia, R. 36, 241,
459, 463, 471, 574,
829, 1001, 1143
Newell, A. 488
Newhouse, V.L. 179
Newman, A. 236
Nguyen, V.D. 961,
1168
Ni, L.M. 323
Nicholls, H.R. 934
Nicola, J.E. 676
Nie, X. 382
Nishio, H. 291
Nishita, T. 240,
1098
Noga, M. 41
108
Author Index
Noguchi, T. 240
Noltemeier, H. 46
Nuttall, L.A. 1136
O'Connor, M.A. 1056
O'Donnell, P.A. 843
Ogawa, H. 766
O'Gorman, L. 476
Oh, C. 1128
Oh, S.I. 1061
Oliensis, J. 700
Olin, K.E. 215
Oliver, R.G. 1036
Olson, C.R. 138
Olson, T.J. 584
Omoruto, F.E.E. 572
Ono, N. 820
O'Rourke, J. 49, 956
Orr, M.J.L. 505
O'Shea, T. 160
Otis, J. 684
Otto, G.P. 568
Ottonello, P. 430
Overmars, M.H. 861
Overton, M.L. 1147
Owens, R. 419
Ozguner, F. 261
Pachowicz, P.W. 283
Paddon, D.J. 1102
Page, I. 1096
Pagello, E. 1035
Painter, J. 1120
Pal, N.R. 452
Pal, S.K. 452, 774,
795
Palmieri, F. 90
Pandey, A. 715
Pao, Y.H. 135, 993,
995
Papadimitriou, C.H.
834, 854
Papageorgiou, A. 667
Parent, P. 174, 428
Parent, R.E. 1034,
1083
Paripati, P.K. 1150
Park, R.H. 407, 636
Park, S.Y. 91
Parvin, B. 405
Patel, J.H. 685
Paterson, M.S. 1112
Patnaik, L.M. 522
Patterson, T.J. 637
Pau, L.F. 192
Paul, R.P. 835
Pavel, M. 165
Pearce, A. 1080
Pearlman, W.A. 22
Pednault, E.P.D. 474
Peitgen, H.O. 889
Peleg, S. 340, 1009
Peng, S.L. 688
Penna, M.A. 972, 987
Pentland, A. 943,
997, 1085, 1087
Perlant, F.P. 533
Perlin, K. 908
Peron, A. 232
Perona, P. 929
Perrone, J.A. 671
Perry, A. 928
Peters, J. 380
Petkovic, D. 30
Pfeifer, R. 141
Pham, B. 374
Pham, S. 775
Phillips, K. 431
Pickover, C.A. 902
Piegl, L. 367, 369
Pienovi, C. 1041
Pietikainen, M. 8
Pike, J.M. 713
Pin, F.G. 209
Pineau, P. 980
Pinker, S. 132
Piper, J. 316
Pitt, L. 154
Pizano, A. 309
Pletinckx, D. 1063
Podar, S. 272
Poggio, T. 35, 489,
643, 723
Polito, J.E. 745
Pollard, S.B. 1132
Pollastri, F. 418
Ponce, J. 1060,
1074, 1153, 1163
Pong, T.C. 531, 571,
684
Porrill, J. 1132,
1174
Post, F.H. 1110
Potmesil, M. 300
109
Author Index
Potter, R.D. 584
Poulton, J. 301
Prakash, C. 117, 676
Prasanna-Kumar, V.K.
111, 275, 290, 298,
529
Prautzsch, H. 381
Premoli, A. 418
Preston Jr, K. 256
Pribadi, K. 941
Price, K. 36
Pridmore, T.P. 1132
Primus, J. 868
Princen, J. 550
Priol, T. 1108
Protti, M. 485
Provan, J.S. 850
Psaltis, D. 527
Pudet, T. 359
Puech, C. 1126
Pujari, A.K. 971
Pycock, D. 482
Quan, L. 979
Raczkowsky, J. 1169
Radack, G.M. 1043
Rahnejat, H. 964
Raina, J.P. 572
Raja Kumar, R.V. 706
Ramapriyan, H.K. 741
Rangarajan, K. 409
Ranka, S. 259
Rao, A.R. 588, 918
Rao, B. 693
Rao, K. 829
Rao, N.S.V. 210
Raviv, D. 993, 995
Ray, C. 95
Ray, K.S. 818
Rebordao, J.M. 312
Reddy, P.G. 971
Reeves, A.P. 432,
949, 1141, 1151
Reisis, D.I. 275
Rembold, U. 193
Reuter, T. 633
Rhoden, D. 299
Ribeiro, C. 525
Richards, W.A. 115
Richardson, J.M.
1175
Richetin, M. 980,
1011, 1148
Rink, R.E. 607
Rioux, M. 893, 948,
1139
Riseman, E.(M.) 34,
43, 216, 257, 281,
444, 479, 534, 679,
696, 709
Risse, T. 538
Rives, G. 1148
Rives, P. 716
Roach, J.W. 1150
Robert, J.C. 1183
Roberto, V. 232
Roberts, B. 697
Robertson, P.K. 1099
Robinson, E.A. 27
Rocchetti, R. 1118
Roche, M. 1031
Rockwood, A. 1116
Rodriguez, G. 197
Rodriguez, J.J. 219
Rogers, D.F. 52
Rogers, S.K. 152
Rogowitz, B.E. 112
Rohning, J. 8
Rokne, J.(G.) 759,
771
Rom, H. 340
Roman, G.C. 307
Ron, G. 1009
Ronse, C. 823
Rooney, J. 1050
Rosenfeld, A. 37,
45, 257, 287, 317,
342, 393, 408, 416,
448, 451, 520, 535,
544, 731, 733, 744,
748, 897, 922
Rosenschein, S. 218
Rosin, P.L. 410
Ross, J. 419
Rossi, D.J. 959
Rossignac, J.R. 1054
Roth-Tabak, Y. 871
Roucayrol, J.C. 515
Rudnicki, P. 787
Rumelhart, D.E. 136
Rushmeier, H.E. 1125
Ryall, T.G. 524
110
Author Index
Sack, J.R. 855
Safa, F. 82
Sagi, D. 911
Sahni, S. 259
Sahoo, P.K. 461
Saia, A. 1036
Saint-Marc, P. 96
Saito, T. 291
Salari, E. 624
Saleh, B.E.A. 401
Samadani, R. 687
Sameh, A. 254
Samet, H. 727, 728,
856, 1045
Sanchez-Reyes, J.
1093
Sander, P.T. 586
Sander III, W.A. 71
Sandin, D.J. 1121
Sandler, M. 540
Sandor, J. 524
Sanniti di Baja, G.
736, 802
Sanz, J.L.(C.) 191,
253, 400, 402, 411,
750
Sapidis, N. 1037
Sarkar, A. 442, 773
Saund, E. 153, 469
Saupe, D. 889
Savini, M. 949
Sawchuk, A.A. 921,
927
Sawhney, H.S. 700
Saxberg, B.V.H. 1005
Schalkoff, R.J. 26,
413
Schaudt, B. 960
Schenker, P.S. 21
Scherson, I.D. 264,
270
Schettini, R. 485
Schevon, C. 956
Schilling, R.J. 857
Schmitt, M. 320
Schneider, R.H. 181
Schonfeld, D. 737
Schrack, G. 1097
Schreter, Z. 141
Schumaker, L.L. 1022
Schunck, B.G. 396,
650, 918
Schurter, W.W. 227
Schwartz, E.L. 350,
576, 804, 1179
Schwartz, J.T. 837
Scott, G.L. 789
Sederberg, T.W. 1117
Seemuller, W.W. 229
Segen, J. 492
Segev, I. 131
Seibert, M. 722
Seitz, P. 821
Selig, J.M. 1050
Sen, S. 264, 270
Sequin, C.H. 1123
Serpico, S.B. 1053
Serra, J. 310, 318
Sgurev, V. 160
Shafer, S. 33
Shah, M. 409, 703
Shah, Y.C. 577
Shahraray, B. 386
Shakunaga, T. 975
Shalev, S. 100
Shallit, J. 891
Shankar, B.U. 420
Shantz, M. 1118
Shapiro, L.G. 308,
571, 1077
Sharir, M. 837, 842,
845, 852
Sharma, U.K. 212
Sharples, M. 168
Shasha, D. 560
Shaw, A. 350
Shekhar, S. 1172
Sheng, M.M.C. 288
Shepherd, T.G. 227
Shepp, B.E. 121
Sher, C.A. 342, 922
Sheu, J.P. 268
Shih, F.Y.C. 324
Shih, Z.C. 743
Shimojo, M. 1172
Shin, K.G. 269
Shin, S.Y. 826
Shinghal, R. 784
Shio, A. 472
Shirai, Y. 877
Shiu, Y.C. 351
Shonkwiler, R. 786
Shrikhande, N. 937
Shulman, D. 665,
111
Author Index
966, 978
Shvaytser, H. 656
Shyi, C.N. 1137
Sid-Ahmed, M.A. 322
Siegel, H.J. 286
Sifrony, S. 845
Sillion, F. 1126
Silver, N. 963
Simaan, M. 77
Simmons, R. 208
Simon, H. 258
Simon, J.C. 2
Simpson, R.L. 31
Sinclair, B. 1030
Singh, A. 699
Singh, H. 817
Sinha, S.S. 396
Sitaraman, R. 520
Skiena, S.S. 808
Skifstad, K. 604,
621
Skinner, R. 1081
Skordas, T. 579
Sloan, K. 1120
Smeulders, A.W.M.
783
Smith, J.A. 721
Smith, P. 201
Smith, T.R. 729
Smyrl, E.K. 1123
Snoeyink, J. 863
Snyder, L. 750
Snyder, M.A. 645,
668, 679, 701
Snyder, W.E. 518
Sobhanpanah, C. 1027
Song, I. 93
Sontag, M.R. 1105
Sossa, J.H. 798
Sotak Jr., G.E. 313,
326
Spann, M. 421
Sparks, E.P. 713
Sperling, G. 719
Spetsakis, M.E. 675
Spielman, D.M. 959
Sproull, R.F. 72
Srihari, S.N. 481
Srikant, Y.N. 262
Srinivasan, H.V. 692
Srinivasan, V. 939
Sripradisvarakul, T.
1073
Sriraman, R. 770
Stacey, T.W. 767
Staib, L.H. 470
Stansfield, S.A.
965, 1178
Stark, L. 1069
Stark, L.W. 195
Staunton, R.C. 314
Steele, J.M. 98
Steels, L. 141
Steer, B. 847
Stenstrom, J.R.
1015, 1156
Stephanou, H.E. 195
Stephens, M.(J.)
616, 713
Stepoway, S.L. 894
Stern, H.I. 819
Stevenson, R.L. 399
Stewart, A. 790
Stewman, J. 1069
Stockham Jr., T.G.
126
Stockman, G. 936,
937, 955, 1071
Stolfi, J. 891
Stone, M.C. 769
Storer, R.H. 284
Stott, K.L. 833
Stout, Q.F. 271
Strasser, W. 61
Strat, T.M. 239
Straub, B.J. 447
Strobach, P. 649
Su, B.Q. 1023
Suarez, H. 663
Subbarao, M. 639
Suchenwirth, R. 178
Suen, C.Y. 1, 732,
828
Sugihara, K. 755
Sullivan, G.D. 172,
1133
Sumino, S. 565
Sun, L. 1107
Suri, S. 566
Sutherland, I.E. 72
Sutner, K. 836
Svalbe, I.D. 548
Svetkoff, D.J. 189
Swain, M.J. 170, 176
112
Author Index
Symosek, P. 691
Szeliski, R. 363,
395, 613, 906
Szepietowski, A. 507
Szu, H. 146
Tagare, H.D. 1006
Takahashi, O. 857
Takahishi, T. 996
Takanami, I. 508,
509
Takaoka, T. 553
Takita, S. 1098
Takiyama, R. 820
Tambe, M. 488
Tan, C.L. 331
Tan, H.L. 437
Tanaka, H. 240
Tanaka, M. 422
Tanaka, T. 996
Tang, J.Y. 316
Tang, K. 1042
Taniguchi, R.I. 462
Tanimoto, S.L. 329
Tarabanis, K. 1184
Tarassenko, L. 617
Taubin, G. 831
Taylor, C.J. 482
Taylor, D.L. 740
Taylor, R.W. 42,
551, 949, 1141,
1151, 1161, 1162
Taylor, S.P. 201
Taza, A. 828
Tebbs, B. 301
Teh, C.H. 772
Terzopoulos, D. 906,
1062
Tescher, A.G. 12,
223
Thalmann, D. 55, 56,
1113
Theoharis, T. 1096
Therrien, C.W. 166
Thomas, S.M. 809
Thomason, M.G. 230
Thompson, D.W. 1157
Thompson, W.B. 597,
673
Thomson, A.R. 284
Thorpe, C. 217, 218
Tiller, W. 369
Tirumalai, A. 706
Tockner, H. 761
Todd-Pokropek, A.
180
Toet, A. 333, 334
Topa, L.C. 413
Tor, S.B. 767
Torrance, S. 168
Torre, V. 430, 598,
669, 672, 1014
Triendl, E. 213
Trinkle, J.C. 835
Trivedi, M.M. 162
Tsai, M.S. 738
Tsai, R.Y. 349, 353,
1184
Tsai, W.H. 654, 813,
1135
Tsay, Y.T. 813
Tseng, D.C. 346
Tsotsos, J.K. 537
Tsuji, S. 591, 1013
Tsujimura, T. 940
Tubbs, J.D. 521
Tuceryan, M. 443
Turk, G. 301, 1100
Turk, M. 943
Turner, J.S. 554
Turner, S.C. 789
Tychonievich, L. 866
Tziritas, G. 632
Uchiyama, T. 587
Udupa, J.K. 958,
1104
Ueda, T. 938
Uhr, L. 493
Ulupinar, F. 1001
Umeo, H. 277
Unbehauen, R. 382
Unser, M. 926
Upstill, S. 1091
Uras, S. 598
Uzilevsky, V.A. 177
Vaidya, P.M. 552,
559
Vaillant, R. 595
Vainio, O. 94
Van Brackle, D. 409
VanderLugt, A. 109
Van der Pas, R.J.
113
Author Index
246
Vanneschi, M. 244
Vannier, M.W. 1029
van Nieuwenhuizen,
P.R. 1110
Van Thong, J.M. 359
van Vliet, L.J. 404
van Warmerdam,
W.L.G. 429
Vasko, F.J. 833
Veenstra, J. 984
Vemuri, K.R. 1061
Vemuri, V. 130
Venkatesh, S. 419
Venkatesh, S.S. 527
Venkateswar, V. 424
Venot, A. 515
Verbeek, P.W. 80,
803
Verly, J.G. 237
Vernazza, G. 631,
1053
Verri, A. 598, 643,
669, 670, 672, 1014
Verwer, B.J.H. 80,
803
Viennot, X.G. 904
Viergever, M.A. 180,
182
Vilnrotter, F.M. 215
Vincent, L. 319
Vinet, L. 586
Vishkin, U. 557, 561
Vistnes, R. 912
Vitter, J.S. 876
Voelcker, H.B. 1054
Volcic, A. 812
Vrobel, P. 1067
Wade, G. 27
Wade, M. 1150
Wagner, A. 266
Wagner, K. 110
Walker, E.L. 1167
Wallace, A.M. 483,
484
Wallace, J.R. 1124
Wallace, R.S. 280,
293, 467
Walter, E. 515
Walton, D.J. 762
Waltzman, R. 1066
Walz, G. 372
Wang, D. 503
Wang, H.T. 663
Wang, J.F. 388
Wang, P.S.P. 801
Wang, S. 414
Wang, W. 522
Wang, Y.F. 715, 942,
992
Wanke, E. 749
Ward, R.K. 95
Warren, C.W. 849
Wasilkowski, G.W.
667
Wasserman,, P. 142
Watson, L.T. 315
Watt, R.J. 125
Waxman, A.M. 722
Weathersby, M.R. 222
Weaver, C. 224
Webb, J.A. 279, 280,
296
Webber, R.E. 735
Wechsler, H. 414,
1142
Weems, C.(C.) 257,
281
Weil, F.J. 286
Weinshall, D. 580
Weisbin, C.(R.) 209,
218
Weiss, I. 385
Weiss, R. 468, 534,
702, 1068
Weitz, E. 1177
Wells III, W.M. 653
Weng, J. 641, 690,
707
Werman, M. 340, 810
West, G.A.W. 410
Weymouth, T.E. 519,
710
Whaite, P. 1076
Whiteley, W. 974
Whiting, H.T.A. 242
Whittaker, W. 208
Wilcox, C. 299
Wildes, R.P. 592
Wilf, I. 758, 1138
Wilfong, G.T. 194
Wilhelms, J. 1081
Will, C.A. 145
114
Author Index
Williams, J. 1085,
1087
Williams, L.R. 696,
709
Willsky, A.S. 959
Willson, S.J. 79
Winget, J.M. 1125
Winters, J.H. 935
Wixson, L.E. 228
Wohn, K. 680, 704
Wolberg, G. 354, 360
Wolf, F.E. 833
Wolfe, W.J. 205
Wolff, L.B. 585,
590, 881, 885, 886,
1003, 1007
Wolfson, E. 350, 804
Wolfson, H.J. 827
Wong, A.K.C. 461,
1139
Woo, T.C. 826
Wood, W.W. 1030
Woods, P.W. 482
Worrall, A.D. 1133
Wozny, M.J. 1020
Wright, W.A. 880
Wu, A.(Y.) 733, 897
Wu, C.L. 268
Wu, I.C. 279, 280
Wu, J. 704, 722
Wu, J.J. 607
Wu, W.R. 92
Wu, X. 759, 771
Wu, Y. 526
Wu, Y.F. 844
Wyvill, B. 57, 1064
Wyvill, G. 1064
Xia, Y. 805
Xiang, Z. 481
Xie, M. 716
Xie, Z. 126
Xu, G. 591, 1013
Xu, J. 327
Yabuta, T. 940
Yacoob, Y. 1158
Yamaguchi, F. 1019
Yamamoto, K. 892
Yamamoto, M. 646
Yamamoto, P. 365
Yan, P.F. 338, 747
Yang, B. 518
Yang, C.C. 925
Yang, H.S. 101
Yang, J.G. 502
Yang, M.C. 1135
Yang, M.C.K. 460,
925
Yang, S.N. 743
Yang, W. 295
Yang, X. 358
Yanowitz, S.D. 440
Yao, F.F. 1112
Yap, C.(K.) 50, 51
Yasukawa, Y. 587
Yeshurun, Y. 576,
1179
Yi, S. 449
Yokoya, N. 455, 892
Young, A.W. 243
Young, D. 168
Young, I.T. 404
Yuan, J.S.C. 352
Yuan, X. 1107
Yuen, H.K. 539
Yuille, A.(L.) 366,
611, 620, 721, 945,
970
Zagoruiko, N.G. 157
Zander, R. 226
Zaret, D. 866
Zarowski, C.J. 292
Zetzsche, C. 513
Zhang, B. 867
Zhang, J. 490
Zhang, J.L. 1028
Zhang, K. 560
Zhang, L. 867
Zhang, S. 358
Zhang, T. 867
Zhang, Y.Y. 801
Zhang, Z. 178
Zhao, N. 726
Zhou, Y.T. 424
Zhu, M. 817
Zhu, R.F. 553
Zhuang, X. 175, 602,
661
Zhuang, Z. 355
Ziavras, S. 692
Zimmerman, G.L. 1142
Zisserman, A. 789,
115
Author Index
887, 977
Zorbas, J. 853
Zucker, S.W. 174,
403, 428
Zundel, A.K. 1117
116
------------------------------
End of VISION-LIST
********************
