3. ICCV 1990: Osaka, Japan

• Shree K. Nayar, Katsushi Ikeuchi, Takeo Kanade:
  Shape from interreflections. 2-11
  
• Katsushi Ikeuchi, Kosuke Sato:
  Determining reflectance parameters using range and brightness images. 12-20
  
• Marco Campani, Alessandro Verri:
  Computing optical flow from an overconstrained system of linear algebraic equations. 22-26
  
• James R. Bergen, Peter J. Burt, Rajesh Hingorani, Shrnuel Peleg:
  Computing two motions from three frames. 27-32
  
• Michael J. Black, P. Anandan:
  A model for the detection of motion over time. 33-37
  
• Vishal Markandey, Bruce E. Flinchbaugh:
  Multispectral constraints for optical flow computation. 38-41
  
• Robert J. Woodham:
  Multiple light source optical flow. 42-46
  
• Mark C. Allmen, Charles R. Dyer:
  Computing spatiotemporal surface flow. 47-50
  
• Pietro Perona, Jitendra Malik:
  Detecting and localizing edges composed of steps, peaks and roofs. 52-57
  
• Margaret M. Fleck:
  Multiple widths yield reliable finite differences. 58-61
  
• Daniel Reisfeld, Haim J. Wolfson, Yehezkel Yeshurun:
  Detection of interest points using symmetry. 62-65
  
• Rachid Deriche, Gérard Giraudon:
  Accurate corner detection: an analytical study. 66-70
  
• Joon H. Han:
  Detection of convex and concave discontinuous points in a plane curve. 71-74
  
• Paul L. Rosin, Geoff A. W. West:
  Segmenting curves into elliptic arcs and straight lines. 75-78
  
• Atul K. Chhabra, Timothy A. Grogan:
  Uniqueness, the minimum norm constraint, and analog networks for optical flow along contours. 80-84
  
• Fredrik Bergholm:
  Decomposition theory and transformations of visual directions. 85-90
  
• Carlo Tomasi, Takeo Kanade:
  Shape and motion without depth. 91-95
  
• David J. Heeger, Allan D. Jepson:
  Simple method for computing 3D motion and depth. 96-100
  
• Yuh-Lin Chang, Jake K. Aggarwal:
  Reconstructing 3D lines from a sequence of 2D projections: representation and estimation. 101-105
  
• R. Dutta, M. A. Snyder:
  Robustness of correspondence-based structure from motion. 106-110
  
• Trevor Darrell, Stan Sclaroff, Alex Pentland:
  Segmentation by minimal description. 112-116
  
• Chen-Chau Chu, Jake K. Aggarwal:
  The integration of region and edge-based segmentation. 117-120
  
• Ales Leonardis, Alok Gupta, Ruzena Bajcsy:
  Segmentation as the search for the best description of the image in terms of primitives. 121-125
  
• Peng-Seng Toh, Andrew K. Forrest:
  Occlusion detection in early vision. 126-132
  
• Lance R. Williams:
  Perceptual organization of occluding contours. 133-137
  
• Mark Nitzberg, David Mumford:
  The 2.1-D sketch. 138-144
  
• Staffan Truvé:
  Image interpretation using multi-relational grammars. 146-155
  
• Hyonam Joo, Robert M. Haralick, Linda G. Shapiro:
  Toward the automatic generation of mathematical morphology procedures using predicate logic. 156-165
  
• Ajit Singh:
  An estimation-theoretic framework for image-flow computation. 168-177
  
• Alex Pentland:
  Photometric motion. 178-187
  
• Masatoshi Okutomi, Takeo Kanade:
  A locally adaptive window for signal matching. 190-199
  
• Juyang Weng:
  A theory of image matching. 200-209
  
• Gary Whitten:
  A framework for adaptive scale space tracking solutions to problems in computational vision. 210-220
  
• Ning Cui, Juyang Weng, Paul R. Cohen:
  Extended structure and motion analysis from monocular image sequences. 222-229
  
• Daphna Weinshall:
  Direct computation of qualitative 3D shape and motion invariants. 230-237
  
• Aimé Meygret, Monique Thonnat:
  Segmentation of optical flow and 3D data for the interpretation of mobile objects. 238-245
  
• Jacques G. Verly, Richard L. Delanoy:
  Appearance-model-based representation and matching of 3-D objects. 248-256
  
• Sven J. Dickinson, Alex Pentland, Azriel Rosenfeld:
  Qualitative 3-D shape reconstruction using distributed aspect graph matching. 257-262
  
• Patrick J. Flynn, Anil K. Jain:
  BONSAI: 3D object recognition using constrained search. 263-267
  
• Joseph L. Mundy, Aaron Heller:
  The evolution and testing of a model-based object recognition system. 268-282
  
• Haim Shvaytser:
  Towards a computational theory of model based vision and perception. 283-286
  
• Paul R. Cooper:
  Parallel structure recognition with uncertainty: coupled segmentation and matching. 287-290
  
• Joachim Heel:
  Temporally integrated surface reconstruction. 292-295
  
• Robert B. Fisher:
  Determining back-facing curved model surfaces by analysis at the boundary. 296-299
  
• Yuan-Fang Wang, Jih-Fang Wang:
  Surface reconstruction using deformable models with interior and boundary constraints. 300-303
  
• Hiromi T. Tanaka, Daniel T. L. Lee:
  Representing surface curvature discontinuities on curved surfaces. 304-308
  
• Robert L. Stevenson, Edward J. Delp:
  Viewpoint invariant recovery of visual surfaces from sparse data. 309-312
  
• Hiroshi Murase:
  Surface shape reconstruction of an undulating transparent object. 313-317
  
• Bruce A. Draper, Edward M. Riseman:
  Learning 3D object recognition strategies. 320-324
  
• Nasser M. Nasrabadi, Wei Li, Chang Y. Choo:
  Object recognition by a Hopfield neural network. 325-328
  
• Ruud M. Bolle, Andrea Califano, Rick Kjeldsen, Rakesh Mohan:
  Active 3D object models. 329-333
  
• W. Eric L. Grimson, Daniel P. Huttenlocher:
  On the sensitivity of geometric hashing. 334-338
  
• Hemant D. Tagare, Rui J. P. de Figueiredo:
  Simultaneous estimation of shape and reflectance maps from photometric stereo. 340-343
  
• Lawrence B. Wolff:
  A photometric invariant and shape constraints at parabolic points. 344-349
  
• Constantinos Marinos, Andrew Blake:
  Shape from texture: the homogeneity hypothesis. 350-353
  
• John Krumm, Steven A. Shafer:
  Local spatial frequency analysis of image texture. 354-358
  
• Todd A. Cass:
  Feature matching for object localization in the presence of uncertainty. 360-364
  
• Rakesh Kumar, Allen R. Hanson:
  Sensitivity of the pose refinement problem to accurate estimation of camera parameters. 365-369
  
• Kenichi Kanatani:
  Hypothesizing and testing geometric attributes of image data. 370-373
  
• Homer H. Chen:
  Pose determination from line-to-plane correspondences: existence condition and closed-form solutions. 374-378
  
• Jacques Lévy Véhel:
  About lacunarity, some links between fractal and integral geometry, and an application to texture segmentation. 380-384
  
• Masato Tsukada, Yuichi Ohta:
  An approach to color constancy using multiple images. 385-389
  
• Michael J. Swain, Dana H. Ballard:
  Indexing via color histograms. 390-393
  
• Mark S. Drew, Brian V. Funt:
  Calculating surface reflectance using a single-bounce model of mutual reflection. 394-399
  
• Robert T. Collins, Richard S. Weiss:
  Vanishing point calculation as a statistical inference on the unit sphere. 400-403
  
• William T. Freeman, Edward H. Adelson:
  Steerable filters for early vision, image analysis, and wavelet decomposition. 406-415
  
• Tony Lindeberg, Jan-Olof Eklundh:
  Scale detection and region extraction from a scale-space primal sketch. 416-426
  
• John Princen, John Illingworth, Josef Kittler:
  Hypothesis testing: a framework for analysing and optimising Hough transform performance. 427-434
  
• David G. Lowe:
  Integrated treatment of matching and measurement errors for robust model-based motion tracking. 436-440
  
• Jean-Luc Jezouin, Nicholas Ayache:
  3D structure from a monocular sequence of images. 441-444
  
• Brian Y. Hayashi, Shahriar Negahdaripour:
  Direct motion stereo: Recovery of observer motion and scene structure. 446-450
  
• M. Ali Taalebinezhaad:
  Direct recovery of motion and shape in the general case by fixation. 451-455
  
• Chang Wen Chen, Thomas S. Huang:
  Epicardial motion and deformation estimation from coronary artery bifurcation points. 456-459
  
• Masanobu Yamamoto, Pierre Boulanger, J.-Angelo Beraldin, Marc Rioux, Jacques Domey:
  Direct estimation of deformable motion parameters from range image sequence. 460-464
  
• Arun P. Tirumalai, Brian G. Schunck, Ramesh C. Jain:
  Dynamic stereo with self-calibration. 466-470
  
• Kim L. Boyer, Daniel M. Wuescher, Sudeep Sarkar:
  Dynamic edge warping: experiments in disparity estimation under weak constraints. 471-475
  
• Masaki Watanabe, Yuichi Ohta:
  Cooperative integration of multiple stereo algorithms. 476-480
  
• Eric Thirion, Long Quan:
  Geometrical learning from multiple stereo views through monocular based feature grouping. 481-484
  
• Subhodev Das, Narendra Ahuja:
  Multiresolution image acquisition and surface reconstruction. 485-488
  
• A. Lynn Abbott, Narendra Ahuja:
  Active surface reconstruction by integrating focus, vergence, stereo, and camera calibration. 489-492
  
• Harpreet S. Sawhney, John Oliensis, Allen R. Hanson:
  Description and reconstruction from image trajectories of rotational motion. 494-498
  
• Shigang Li, Saburo Tsuji, Masakazu Imai:
  Determining of camera rotation from vanishing points of lines on horizontal planes. 499-502
  
• Xueyin Lin, Zhigang Zhu:
  Detecting height from constrained motion. 503-506
  
• Naoki Mukawa:
  Estimation of shape, reflection coefficients and illuminant direction from image sequences. 507-512
  
• Nassir Navab, Rachid Deriche, Olivier D. Faugeras:
  Recovering 3D motion and structure from stereo and 2D token tracking cooperation. 513-516
  
• Thierry Viéville, Olivier D. Faugeras:
  Feed-forward recovery of motion and structure from a sequence of 2D-lines matches. 517-520
  
• Sifen Zhong, Stéphane Mallat:
  Compact image representation from multiscale edges. 522-525
  
• George C. Stockman, Greg Chungmou Lee, Sei-Wang Chen:
  Reconstructing line drawings from wings: the polygonal case. 526-529
  
• Luc J. Van Gool, Johan Wagemans, J. Vandeneede, André Oosterlinck:
  Similarity extraction and modeling. 530-534
  
• Jorja G. Henikoff, Linda G. Shapiro:
  Interesting patterns for model-based machine vision. 535-538
  
• Hiroshi Ishiguro, Masashi Yamamoto, Saburo Tsuji:
  Omni-directional stereo for making global map. 540-547
  
• Minoru Asada, Masahiro Kimura, Yoshiaki Shirai:
  Dynamic integration of height maps into a 3-D world representation from range image sequences. 548-555
  
• Jiang Yu Zheng, Matthew Barth, Saburo Tsuji:
  Qualitative route scene description using autonomous landmark detection. 558-562
  
• Hsiang-Lung Wu, Alec Cameron:
  A Bayesian decision theoretic approach for adaptive goal-directed sensing. 563-567
  
• Junichi Hoshino, Tetsuya Uemura, Isao Masuda:
  Region-based reconstruction of an indoor scene using an integration of active and passive sensing techniques. 568-572
  
• Shoujie He, Norihiro Abe, Tadahiro Kitahashi:
  Understanding assembly illustrations in an assembly manual without any model of mechanical parts. 573-576
  
• Zhengyou Zhang, Olivier D. Faugeras:
  Tracking and grouping 3D line segments. 577-580
  
• Fatih Ulupinar, Ramakant Nevatia:
  Shape from contour: straight homogeneous generalized cones. 582-586
  
• Laurent D. Cohen, Isaac Cohen:
  A finite element method applied to new active contour models and 3D reconstruction from cross sections. 587-591
  
• Donna J. Williams, Mubarak Shah:
  A fast algorithm for active contours. 592-595
  
• David A. Forsyth, Joseph L. Mundy, Andrew Zisserman, Christopher M. Brown:
  Invariance-a new framework for vision. 598-605
  
• Demetri Terzopoulos, Dimitris N. Metaxas:
  Dynamic 3D models with local and global deformations: deformable superquadrics. 606-615
  
• Roberto Cipolla, Andrew Blake:
  The dynamic analysis of apparent contours. 616-623
  
• Yoshinori Kuno, Yasukazu Okamoto, Satoshi Okada:
  Object recognition using a feature search strategy generated from a 3D model. 626-635
  
• Maha Sallam, John H. Stewman, Kevin W. Bowyer:
  Computing the visual potential of an articulated assembly of parts. 636-643
  
• W. Eric L. Grimson:
  The effect of indexing on the complexity of object recognition. 644-651
  
• David M. Chelberg:
  Uncertainty in interpretation of range imagery. 654-657
  
• Lang Hong, Dragana Brzakovic:
  An approach to 3D scene reconstruction from noisy binocular image sequences using information fusion. 658-661
  
• Bikash Sabata, Farshid Arman, Jake K. Aggarwal:
  Segmentation of 3D range images using pyramidal data structures. 662-666
  
• Anil K. Jain, Sateesha G. Nadabar:
  MRF model-based segmentation of range images. 667-671
  
• Terunori Mori, Masanobu Yamamoto:
  A dynamic depth extraction method. 672-676
  
• Jeffrey J. Rodríguez, Jake K. Aggarwal:
  Terrain matching by analysis of aerial images. 677-681
  
• E. Saud:
  Representation and the dimensions of shape deformation. 684-689
  
• Peter Whaite, Frank P. Ferrie:
  From uncertainty to visual exploration. 690-697
  
• W. Brent Seales, Charles R. Dyer:
  Modeling the rim appearance. 698-701
  
• J. Brian Subirana-Vilanova:
  Curved inertia frames and the skeleton sketch: Finding salient frames of reference. 702-708
  
• Stan Z. Li:
  Reconstruction without discontinuities. 709-712
  
• Saeid Tehrani, Terry E. Weymouth, Brian G. Schunck:
  Interpolating cubic spline contours by minimizing second derivative discontinuity. 713-716
  
• Venu Govindaraju, Sargur N. Srihari, David B. Sher:
  A computational model for face location. 718-721
  
• John C. Lee, Evangelos E. Milios:
  Matching range images of human faces. 722-726
  
• Demetri Terzopoulos, Keith Waters:
  Analysis of facial images using physical and anatomical models. 727-732
  
• André Gagalowicz:
  Collaboration between computer graphics and computer vision. 733-737
  
• Hiroyasu Koshimizu, Munetoshi Numada:
  On the extensive reconstruction of Hough transform. 740-743
  
• Xing Cao, Farzin Deravi:
  An efficient method for multiple-circle detection. 744-747
  
• Ping Liang:
  A new transform for curve detection. 748-751
  
• Dan Gutfinger, R. Nishimura, H. Doi, Jack Sklansky:
  Robust curve detection by temporal geodesics. 752-756
  

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