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Proceedings of SPIE Volume 1570

Geometric Methods in Computer Vision
Editor(s): Baba C. Vemuri
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Volume Details

Volume Number: 1570
Date Published: 1 September 1991
Softcover: 34 papers (414) pages
ISBN: 9780819406989

Table of Contents
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Mathematical theories of shape: do they model perception?
Author(s): David Mumford
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Shape representation and nonrigid motion tracking using deformable superquadrics
Author(s): Dimitri N. Metaxas; Demetri Terzopoulos
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Deformable surfaces: a free-form shape representation
Author(s): Herve Delingette; Martial Hebert; Katsushi Ikeuchi
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New method for sensor data fusion in machine vision
Author(s): Yuan-Fang Wang
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Spatial and temporal surface interpolation using wavelet bases
Author(s): Alexander P. Pentland
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Differental properties from adaptive thin-plate splines
Author(s): Saravajit Sahay Sinha
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Shape metrics from curvature-scale space and curvature-tuned smoothing
Author(s): Gregory Dudek
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Efficient visual representation and reconstruction from generalized curvature measures
Author(s): Erhardt Barth; Terry M. Caelli; Christoph Zetzsche
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Orientation-based differential geometric representations for computer vision applications
Author(s): C. H. Taubes; Ping Liang
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Energy functions for regularization algorithms
Author(s): Herve Delingette; Martial Hebert; Katsushi Ikeuchi
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Direct method for reconstructing shape from shading
Author(s): John Oliensis; Paul Dupuis
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Coupled depth-slope model based on augmented Lagrangian techniques
Author(s): David Suter
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Physically based and probabilistic models for computer vision
Author(s): Richard Szeliski; Demetri Terzopoulos
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Probabilistic modeling of surfaces
Author(s): Richard Szeliski
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Deformable templates, robust statistics, and Hough transforms
Author(s): Alan L. Yuille; Carsten Peterson; Ko Honda
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Recognition and positioning of rigid objects using algebraic moment invariants
Author(s): Gabriel Taubin; David B. Cooper
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Stereo vision for planetary rovers: stochastic modeling to near-real-time implementation
Author(s): Larry Henry Matthies
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Adaptive snakes: control of damping and material parameters
Author(s): Ramin Samadani
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Recognizing human eyes
Author(s): Peter W. Hallinan
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Contour estimation using global shape constraints and local forces
Author(s): Keqiang Deng; Joseph N. Wilson
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Face recognition based on depth maps and surface curvature
Author(s): Gaile G. Gordon
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Model-based surface classification
Author(s): Timothy S. Newman; Patrick J. Flynn; Anil K. Jain
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Hierarchical decomposition and axial representation of shape
Author(s): Hillel Rom; Gerard Medioni
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Direct computation of geometric features from motion disparities and shading
Author(s): Daphna Weinshall
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From points to surfaces
Author(s): Pascal Fua; Peter T. Sander
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Invariant feature matching in parameter space with application to line features
Author(s): Y. C. Hecker; Ruud M. Bolle
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On seeing spaghetti: a novel self-adjusting seven-parameter Hough space for analyzing flexible extruded objects
Author(s): John R. Kender; Rick Kjeldsen
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Matching 3-D smooth surfaces with their 2-D projections using 3-D distance maps
Author(s): Stephane Lavallee; Richard Szeliski; Lionel Brunie
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Spatio-temporal curvature measures for flow-field analysis
Author(s): Christoph Zetzsche; Erhardt Barth; Joachim Berkmann
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Primary set of characteristic views for 3-D objects
Author(s): Shuang Chen; Herbert Freeman
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Image representation by integrating curvatures and Delaunay triangulations
Author(s): Chengke Wu; Roger Mohr
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Three-dimensional reconstruction using virtual planes and horopters
Author(s): Enrico Grosso; Giulio Sandini; Massimo Tistarelli
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From voxel to curvature
Author(s): Olivier Monga; Nicholas Ayache; Peter T. Sander
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Global minima via dynamic programming: energy minimizing active contours
Author(s): Sharat Chandran; Tsukasa Maejima; Sanae Miyazaki
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