2. ICCV 1988: Tampa, Florida, USA

• Brian V. Funt, Jian Ho:
  Color From Black And White. 2-8
  
• David A. Forsyth:
  A Novel Approach To Colour Constancy. 9-18
  
• Evangelos E. Milios:
  Recovering Shape Deformation By An Extended Circular Image Representation. 20-29
  
• Ziv Gigus, John F. Canny, Raimund Seidel:
  Efficiently Computing And Representing Aspect Graphs Of Polyhedral Objects. 30-39
  
• Vishvjit S. Nalwa:
  Representing Oriented Piecewise C² Surfaces. 40-51
  
• Elisabeth Le Bras-Mehlman, Michel Schmitt, Olivier D. Faugeras, Jean-Daniel Boissonnat:
  How the Delaunay Triangulation Can Be used For Representing Stereo Data. 54-63
  
• Juyang Weng, Narendra Ahuja, Thomas S. Huang:
  Two-view Matching. 64-73
  
• David B. Cooper, Yi-Ping Hung, Gabriel Taubin:
  A New Model-based Stereo Approach For 3D Surface Reconstruction Using Contours On The Surface Pattern. 74-83
  
• Michael A. Gennert, Alan L. Yuille:
  Determining The Optimal Weights In Multiple Objective Function Optimization. 87-89
  
• Krishnan Rangarajan, Mubarak Shah, David Van Brackle:
  Optimal Corner Detector. 90-94
  
• Amir A. Amini, Saeid Tehrani, Terry E. Weymouth:
  Using Dynamic Programming For Minimizing The Energy Of Active Contours In The Presence Of Hard Constraints. 95-99
  
• Farzin Mokhtarian:
  Evolution Properties Of Space Curves. 100-105
  
• Michael M. Skolnick, Sam Kim, Robert M. O'Bara:
  Morphological Algorithms For Computing Non-planar Point Neighborhoods On Cellular Automata. 106-111
  
• J. Alison Noble:
  Morphological Feature Detection. 112-116
  
• Terrence E. Boult, Liang-Hua Chen:
  Synergistic Smooth Surface Stereo. 118-122
  
• Hironobu Takahashi, Fumiaki Tomita:
  Self-calibration Of Stereo Cameras. 123-128
  
• Charles Hansen, Nicholas Ayache, Francis Lustman:
  Towards Real-time Trinocular Stereo. 129-133
  
• Charles V. Stewart, Charles R. Dyer:
  The Trinocular General Support Algorithm: A Three-camera Stereo Algorithm For Overcoming Binocular Matching Errors. 134-138
  
• Michael A. Gennert:
  Brightness-based Stereo Matching. 139-143
  
• Daphna Weinshall:
  Application Of Qualitative Depth And Shape From Stereo. 144-148
  
• Murali Subbarao:
  Parallel Depth Recovery By Changing Camera Parameters. 149-155
  
• Chia-Hoang Lee:
  Structure And Motion From Two Perspective Views Via Planar Patch. 158-164
  
• Fredrik Bergholm:
  A Theory On Optical Velocity Fields And Ambiguous Motion Of Curves. 165-176
  
• Zhengyou Zhang, Olivier D. Faugeras, Nicholas Ayache:
  Analysis Of A Sequence Of Stereo Scenes Containing Multiple Moving Objects Using Rigidity Constraints. 177-186
  
• Randal C. Nelson:
  Using Flow Field Divergence For Obstacle Avoidance: Towards Qualitative Vision. 188-196
  
• Charles Jerian, Ramesh Jain:
  Polynomial Methods For Structure From Motion. 197-206
  
• Richard Szeliski:
  Estimating Motion From Sparse Range Data Without Correspondence. 207-215
  
• W. Eric L. Grimson:
  The Combinatorics Of Object Recognition In Cluttered Environments Using Constrained Search. 218-227
  
• Katsushi Ikeuchi, Takeo Kanade:
  Applying Sensor Models To Automatic Generation Of Object Recognition Programs. 228-237
  
• Yehezkel Lamdan, Haim J. Wolfson:
  Geometric Hashing: A General And Efficient Model-based Recognition Scheme. 238-249
  
• Ingemar J. Cox, Joseph B. Kruskal:
  On The Congruence Of Noisy Images To Line Segment Models. 252-258
  
• Doron Shoham, Shimon Ullman:
  Aligning A Model To An Image Using Minimal Information. 259-263
  
• Haim Shvaytser:
  Learnable And Non-learnable Visual Concepts. 264-268
  
• John M. Gauch, Stephen M. Pizer:
  Image Description Via The Multiresolution Intensity Axis Of Symmetry. 269-274
  
• Charles D. Hansen, Thomas C. Henderson:
  Towards The Automatic Generation Of Recognition Strategies. 275-279
  
• Guido Pasquariello, M. Iannotta, Sergio Losito, G. Sylos-Labini:
  A System For 3-D Workplaces Recognition. 280-284
  
• W. B. Thompson, Rand P. Whillock:
  Occlusion-sensitive Matchiing. 285-289
  
• Gudrun Klinker, Steven A. Shafer, Takeo Kanade:
  Color Image Analysis With An Intrinsic Reflection Model. 292-296
  
• Gavin Brelstaff, Andrew Blake:
  Detecting Specular Reflections Using Lambertian Constraints. 297-302
  
• P. Cohen, H. H. Nguyen:
  Unsupervised Bayesian Estimation For Segmenting Textured Images. 303-309
  
• Thrasyvoulos N. Pappas, Nikil S. Jayant:
  An Adaptive Clustering Algorithm For Image Segmentation. 310-315
  
• Mark L. Moerdler:
  Multiple Shape-from-texture Into Texture Analysis And Surface Segmentation. 316-320
  
• Amnon Shashua, Shimon Ullman:
  Structural Saliency: The Detection Of Globally Salient Structures using A Locally Connected Network. 321-327
  
• H. Isil Bozma, James S. Duncan:
  Admissibility Of Constraint Functions In Relaxation Labeling. 328-332
  
• H. Harlyn Baker:
  Surface Reconstruction From Image Sequences. 334-343
  
• Alan L. Yuille, Norberto M. Grzywacz:
  The Motion Coherence Theory. 344-353
  
• Janusz Konrad, Eric Dubois:
  Multigrid Bayesian Estimation Of Image Motion Using Stochastic Relaxation. 354-362
  
• Jens Arnspang:
  Optic Acceleration. 364-373
  
• James H. Duncan, Tsai-Chia Chou:
  Temporal Edges: The Detection Of Motion And The Computation Of Optical Flow. 374-382
  
• Jack M. Loomis, David W. Eby:
  Perceiving Structure From Motion: Failure Of Shape Constancy. 383-391
  
• Andrew Blake, Gavin Brelstaff:
  Geometry From Specularities. 394-403
  
• Alex Pentland:
  Shape Information From Shading: A Theory About Human Perception. 404-413
  
• Fatih Ulupinar, Ramakant Nevatia:
  Using Symmetries For Analysis Of Shape From Contour. 414-426
  
• Radu S. Jasinschi:
  Space-time Sampling With Motion Uncertainty: Constraints On Space-time Filtering. 428-434
  
• David J. Heeger, Greg Hager:
  Egomotion And The Stabilized World. 435-440
  
• Lance R. Williams, Allen R. Hanson:
  Translating Optical Flow Into Token Matches And Depth From Looming. 441-448
  
• Minas E. Spetsakis, John Aloimonos:
  Optimal Computing Of Structure From Motion Using Point Correspondences In Two Frames. 449-453
  
• James J. Little, Heinrich H. Bülthoff, Tomaso Poggio:
  Parallel Optical Flow Using Local Voting. 454-459
  
• Glenn Healey:
  A Color Reflectance Model And Its Use For Segmentation. 460-466
  
• Hiroyoshi Morita, Kaanyasn Yajima, Shojiro Sakata:
  Reconstruction Of Surfaces Of 3-D Objects By M-array Pattern Projection Method. 468-473
  
• Ronen Basri, Shimon Ullman:
  The Alignment Of Objects With Smooth Surfaces. 482-488
  
• Jiawei Hong, Xiaonan Tan:
  Recognize The Similarity Between Shapes Under Affine Transformation. 489-493
  
• John H. Stewman, Kevin W. Bowyer:
  Creating The Perspective Projection Aspect Graph Of Polyhedral Objects. 494-500
  
• Louise Stark, David W. Eggert, Kevin W. Bowyer:
  Aspect Graphs And Nonlinear Optimization In 3-D Object Recognition. 501-507
  
• Ken-ichi Kanatani:
  Reconstruction Of Consistent Shape From Inconsistent Data: Optimization Of 21/2d Sketches. 508-512
  
• James J. Clark, Nicola J. Ferrier:
  Modal Control Of An Attentive Vision System. 514-523
  
• Dana H. Ballard, Altan Ozcandarli:
  Eye Fixation And Early Vision: Kinetic Depth. 524-531
  
• A. Lynn Abbott, Narendra Ahuja:
  Surface Reconstruction By Dynamic Integration Of Focus, Camera Vergence, And Stereo. 532-543
  
• David Lee:
  Coping With Discontinuities In Computer Vision: Their Detection, Classification, And Measurement. 546-557
  
• David G. Lowe:
  Organization Of Smooth Image Curves At Multiple Scales. 558-567
  
• Steven W. Zucker, Chantal David, Allan Dobbins, Lee Iverson:
  The Organization Of Curve Detection: Coarse Tangent Fields And Fine Spline Coverings. 568-577
  
• Tal Simchony, Rama Chellappa, Ze'ev Lichtenstein:
  Pyramid Implementation Of Optimal Step Conjugate Search Algorithms For Some Computer Vision Problems. 580-590
  
• Paul J. Besl, Jeffrey B. Birch, Layne T. Watson:
  Robust Window Operators. 591-600
  
• Darwin Kuan, Hormoz Shariat, Kalyan Dutta, Pat Ransil:
  A constraint-based system for interpretation of aerial imagery. 601-609
  
• David Lee, Anargyros Papageorgiou, Grzegorz W. Wasilkowski:
  Computational Aspects Of Determining Optical Flow. 612-618
  
• Sergei Fogel:
  A Nonlinear Approach To The Motion Correspondence Problem. 619-628
  
• Stefan Carlsson:
  Information In The Geometric Structure Of Retinal Flow Fields. 629-633
  
• Homer H. Chen:
  Motion And Depth From Binocular Orthographic Views. 634-640
  
• Behzad Shahraray, Michael K. Brown:
  Robust Depth Estimation From Optical Flow. 641-650
  
• John L. Barron, Allan D. Jepson, John K. Tsotsos:
  The Feasibility Of Motion And Structure Computations. 651-657
  
• James L. Crowley, Patrick Stelmaszyk, Christophe Discours:
  Measuring Image Flow By Tracking Edge-lines. 658-664
  
• Peter T. Sander, Steven W. Zucker:
  Singularities Of Principal Direction Fields From 3-D Images. 666-670
  
• Takeshi Shakunaga, Hiroshi Kaneko:
  Shape From Angles Under Perspective Projection. 671-678
  
• Long Quan, Roger Mohr:
  Matching Perspective Images Using Geometric Constraints And Perceptual Grouping. 679-684
  
• Alan L. Yuille:
  The Creation Of Structure In Dynamic Shape. 685-689
  
• Ari D. Gross, Terrance E. Boult:
  Error Of Fit Measures For Recovering Parametric Solids. 690-694
  
• Petros Maragos:
  Optimal Morphological Approaches To Image Matching And Object Detection. 695-699
  
• W. Eric L. Grimson, Daniel P. Huttenlocher:
  On The Sensitivity Of The Hough Transform For Object Recognition. 700-706
  

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