*9200*
* ***Active Vision**

* ***Advances in Machine Vision: Strategies and Applications**

* ***Advances in Structural and Syntactic Pattern Recognition**

* ***Artificial and Biological Vision Systems**

* ***Computer and Robot Vision**

* ***Computer Vision and Image Processing**

* ***Geometric Invariance in Computer Vision**

* ***Groningen Image Processing System, GIPSY**

* ***IEEE Trans. Image Processing**

* ***Neural Networks for Human and Machine Perception**

* ***Spatial Vision in Humans and Robots**

* ***Vision-based Vehicle Guidance**

* ***Visual Form: Analysis and Recognition**

* 3-D Landmark Recognition from Range Images

* 3-D Model Alignment without Computing Pose

* 3-D Object Model Synthesis in a Monocular Imaging System

* 3-D Shape Recognition by Active Vision without Camera Velocity Information

* 3-D World Model Builder with a Mobile Robot, A

* 3D CAD-Based Inspection I: Coarse Verification

* 3D Computer Vision and Applications

* 3D Computer Vision for Agrotics: The Potato Operation, An Overview

* 3D Dynamic Scene Analysis: A Stereo Based Approach

* 3D Facial Image Analysis for Human Identification

* 3D Model Acquisition from Monocular Image Sequences

* 3D Models from Contours: Further Identification of Unexposed Areas

* 3D Object Recognition System Using Voxel Representation, A

* 3D Object Recognition: Interpretation Tree Search on a MIMD Machine

* 3D Shape and Light Source Location from Depth and Reflectance

* 3D-Pose Estimation From A Quadratic Curved Feature In Two Perspective Views

* Absolute Orientation from Uncertain Point Data: A Unified Approach

* Abstract Processes in Texture Discrimination

* Active Detection and Classification of Junctions by Foveation with a Head-Eye System Guided by the Scale-Space Primal Sketch

* Active Egomotion Estimation: A Qualitative Approach

* Active Observer, An

* Active Photometric Stereo

* Active Vision With Two Differentiated Visual Fields

* Active/Dynamic Stereo for Navigation

* Adaptive Control Techniques for Dynamic Visual Repositioning of Hand-Eye Robotic Systems

* Adaptive Decimated Median Filtering

* Adaptive Ho-Kashyap Rules for Perceptron Training

* Adaptive Meshes and Shells: Irregular Triangulation, Discontinuities, and Hierarchical Subdivisions

* Affine and Projective Structure from Motion

* Affine Shape Representation from Motion Through Reference Points

* Algorithm for Detection of Dominant Points and Polygonal Approximation of Digitzed Curves, An

* Algorithm for Polygonal Approximation of Digitized Curves, An

* Algorithms for a Fast Confocal Optical Inspection System

* Algorithms for Constraint-Satisfaction Problems: A Survey

* Alignment of Objects with Smooth Surfaces: Error Analysis of the Curvature Method, The

* Analog VLSI Circuits for Stimulus Localization and Centroid Computation

* Analog VLSI Systems for Image Acquisition and Fast Early Vision Processing

* Analyse de Formes Deformees

* Analysis of Scanned documents: A Syntactic Approach

* Analysis of Swept Volumes via Lie Groups and Differential Equations

* Analysis of the Least median of Squares Estimator for Computer Vision Applications

* Analytical Results on the Quadtree Decomposition of Arbitrary Rectangles

* ANASTASIL: A System for Low-Level and High-Level Geometric Analysis of Printed Documents

* Anatomy of a Color Histogram

* Application of Binary Mathematical Morphology to Separate Overlapped Objects

* Application of Moment and Fourier Descriptors to the Accurate Estimation of Elliptical-Shape Parameters

* Arc Consistency: Parallelism and Domain Dependence

* Architecture and Automatic Task Planning for Sensor-Based Robots

* Architecture for Image Compression Through Wavelet Transform, An

* Architecture of the Knowledge Based Configuration System for Image Analysis Conny

* Arrangement: A Spatial Relation for Describing and Comparing Part Embeddings

* Artificial Intelligence In Vision

* Artificial Versus Real Neural Networks

* Assembly Planning Based On Assembly Illustration Understanding

* Associating an Image by Network Constraint Analysis

* Asymptotic Behavior of Morphological Filters

* Asymptotic Normality of the Morphological Pattern-Spectrum Moments and Orthogonal Granulometric Generators

* Attentional Prototype for Early Vision, An

* Attribute Grammar for Shape Recognition and Its VLSI Implementation

* Automated Inspection Of Machine Parts

* Automated Precision Measurement of Surface Profile in CAD-Directed Inspection

* Automated Recognition Of Architectural Drawings

* Automatic Acquisition of Visual Models for Image Recognition

* Automatic Data Acquisition from Topographic Maps Using a Knowledge-based Image Analysis System

* Automatic Detection of Targets Against Cluttered Backgrounds Using a Fractal-Oriented Statistical Analysis and Radon Transform

* Automatic Evaluation of Skeleton Shapes

* Automatic Inference of Textline Orientation

* Automatic Mesh Generation Using the Symmetric Axis Transformation of Polygonal Domains

* Automatic Printed Circuit Pattern Inspection Using Connectivity Preserving Image Reduction and Connectivity Comparison

* Automatic System of Quality Control of Hybrid Circuits by Image Analysis

* Automatic Vehicle Image Extraction Based on Spatio-Temporal Image Analysis

* Automatic vision system for final test of liquid crystal display

* Automatic Visual Inspection of Wood Surfaces

* Autonomous Fixation

* Background Primal Sketch: An Approach for Tracking Moving Objects, The

* Background Region-Based Algorithm for the Segmentation of Connected Digits

* Basic Puzzle Grammars And Isosceles Right Triangles

* Bayesian Methods for Adaptive Models

* Bayesian Treatment of the Stereo Correspondence Problem Using Half-Occluded Regions, A

* Behavioral object recognition from multiple image frames

* Behavioral Visual Motion Analysis

* Binocular Fusion Revisited Utilizing a Log-Polar Tessellation

* Boundary Feature Extraction and Structural Verification of Objects

* Bounded and Unbounded Implicit Polynomial Curves and Surfaces, Mahalanobis Distances, and Geometric Invariants, for Robust Object Recognition

* Brightness Versus Apparent Contrast 1: Incremental and Decremental Disks With Varying Diameter

* Brightness Versus Apparent Contrast 2: Large-Field Asymmetry

* Brightness Versus Apparent Contrast 3: Blurred Disks and Concentric Cosine Gratings

* Bringing the Grandmother Back into the Picture: A Memory-Based View of Pattern Recognition

* Building up Templates for Non-Rigid Plane Outlines

* Camera Calibration Using 4 Point-Targets, A

* Camera Calibration Using Multiple Images

* Camera Self-Calibration: Theory and Experiments

* Caption-Aided Face Location In Newspaper Photographs

* Chain Codes and Their Linear Reconstruction Filters

* Characteristics of Digitized Images of Technical Articles

* Closed-Form Massively-Parallel Range-from-Image-Flow Algorithm, A

* Color Image Analysis By Varying Camera Aperture

* Color Stereo Matching and Its Application to 3-D Measurement of Optic Nerve Head

* Colored Interreflections and Shape Recovery

* Colour Image Segmentation and Labeling Through Multiedit-Condensing

* Combining Artificial Neural Networks and Symbolic Processing for Autonomous Robot Guidance

* Combining Image Processing Operators and Neural Networks in a Face Recognition System

* Comment on Consistent Integration and Propagation of Disparate Sensor Observations

* Compilation and Sufficient Representation of Object Models for Visual Representation

* Complete Structure and Motion from Two Monocular Sequences without Stereo Correspondence

* Compressing the Parameter Space of the Generalised Hough Transform

* Computational Approaches for Processing and Analysis of Tactile Information

* Computational Model for Binocular Motion Processing, A

* Computational Model for Recognition of Multifont Word Images, A

* Computer Vision Process to Detect and Track Space Debris Using Ground-Based Optical Telephoto Images, A

* Computer Vision, A Unified, Biologically-Inspired Approach

* Computer Vision, Models and Inspection

* Computer Vision, Theory and Industrial Applications

* Computing Curvilinear Structure by Token-Based Grouping

* Computing Discontinuity-Preserved Image Flow

* Computing Exact Aspect Graphs of Curved Objects: Algebraic Surfaces

* Computing Motion Using Analog VLSI Vision Chips: An Experimental Comparison among Different Approaches

* Computing Perceptual Organization Using Voting Methods and Graphical Enumeration

* Concave Fuzzy Set: A Concept Complementary to the Convex Fuzzy Set

* Connectivity graphs for space-variant active vision

* Consensus by Decomposition: A Paradigm for Fast High Breakdown Point Robust Estimation

* Constrained Implicit Function Fitting

* Constraints for Recognizing and Locating Curved 3D Objects from Monocular Image Features

* Constructing Object Models from Multiple Images

* Context Knowledge and Search Control Issues in Object-Oriented Prolog-Based Image Understanding

* Contiguity-Constrained Clustering for Image Analysis

* Contour Matching Using Local Affine Transformations

* Contribution to the Matching Problem in Stereo Vision

* Controlling Illumination color to Enhance Object Discriminability

* Convergence, Continuity, and Iteration in Mathematical Morphology

* Coordinated Motion Planning: The Warehousman's Problem with Constraints on Free Space

* Corner Detection And Localization In A Pyramid

* Correcting Chromatic Aberrations Using Image Warping

* Correction Of Line Drawings for Image Segmentation In Leather Industry

* Correspondence from Color Shading

* Counting Minimal Paths in 3D Digital Geometry

* Critical Survey of Music Image Analysis, A

* Curved Contours and Surface Reconstruction

* Deblurring subject to nonnegativity constraints

* Decomposition of Digital Clumps into Convex Parts by Contour Tracing and Labelling

* Deformable Region Model Using Stochastic Processes Applied to Echocardiographic Images, A

* Depth And Motion Analysis Machine, The

* Depth from Defocus and Rapid Autofocusing: A Practical Approach

* Depth Perception Using Blurring and Its Application in VLSI Wafer Probing

* Description and Tracking of Moving Articulated Objects

* Design of Morphological Filters Using Multiple Structuring Elements, Part I: Openings and Closings, The

* Detecting Relative Motion In Moving Point Patterns

* Detecting Wings in Quadric Surface Scenes

* Detection and Verification of Surfaces of Revolution by Perceptual Grouping

* Detection of Moving Objects in a Sequence of Images Using a Coarse-to-Fine Strategy

* Detection of Significant Points and Polygonal Approximation of Digitized Curves

* Determination of the Apparent Boundary of an Object

* Determining Holes and Connectivity in Binary Images

* Determining Location and Orientation of a Labelled Cylinder Using Point-Pair Estimation Algorithm

* Determining Motion of Non-Rigid Objects by Active Tubes

* Determining Three-Dimensional Shape from Orientation and Spatial Frequency Disparities

* Deterministic Approach for Stereo Disparity Calculation, A

* Development of a Segment-Based Description of Events in Image Sequences

* Digital Cartography

* Dimensionality in Image Analysis

* Direct Estimation of Structure from Non-Linear Motion by Voting Algorithm without Tracking and Matching

* Direct Method for Reconstructing Shape from Shading

* Direct Motion Stereo for Passive Navigation

* Directed Sonar Sensing for Mobile Robot Navigation

* Discrete Euclidean Metrics

* Discretization of Morphological Operators

* Discriminant Analysis and Statistical Pattern Recognition

* Displacement Errors in Surface Property Data

* Distributed Representations of Image Velocity

* Document Image Analysis: A Bibliography

* Dominant Views of Solid Objects, The

* Drawing Scene Perception Model Based On The Human Visual System, A

* Dynamic Map Building for an Autonomous Mobile Robot

* Dynamic Neural Estimation for Autonomous Vehicles Driving

* Dynamic Wires: An Analog VLSI Model for Object-Based Processing

* Edge Length Ratios: An Affine Invariant Shape Representation for Recognition with Occlusions

* Edge Linking by Using Causal Neighborhood Window

* Edge Tracing in a Priori Known Direction

* Efficient Data Management Method for Spatial Objects Using MD-tree-Experimental Evaluation and Comparisons, An

* Efficient Multi-Resolution Edge Detector Employing a Wide Range of Scales, An

* Efficient Multidimensional Transformation from Data Space to Parameter Space

* Efficient Representation and Transformation of Image Data on the Connection Machine System

* Egomotion Algorithm Based on the Tracking of Arbitrary Curves, An

* Electro-optical Orientation Sensor for Robotics, An

* Electromagnetic Models for Perceptual Grouping

* Elevation Modeling And Motion Tracking Using A Binocular Camera System With Seven Degrees Of Freedom

* Epipolar Line Estimation

* Errors in Digitized Area Measurements: Circles and Rectangles

* Estimating Motion of Constant Acceleration from Image Sequences

* Estimating Optical Flow from Clustered Trajectories in Velocity-Time

* Estimation of Time-to-Collision Maps from First Order Motion Models and Normal Flows

* Euclidean Gray-Scale Granulometries: Representation and Umbra Inducement

* Euclidean Skeletons and Conditional Bisectors

* Evaluating a Hidden Markov Model of Syntax in a Text Recognition System

* Evaluating Quality of Surface Description Using Robust Methods

* Evaluation of Comparison Levels in Iterative Estimators

* Evaluation of Edge Detectors Using Average Risk

* Exact Robot Navigation Using Artificial Potential Functions

* Example of 3-D Interpretation of Images Using Bayesian Networks, An

* Existence and Uniqueness for Shape from Shading Around Critical Points: Theory and an Algorithm

* Experimental Implementation of a Document Recognition System for Papers Containing Mathematical Expressions, An

* Expert Module To Recognize Injured Rat Footprint Images, An

* Expert System for Recovering 3D Shape and Orientation from a Single View, An

* Extracting Geometric Shapes from a Set of Points

* Extracting Nonrigid Moving Objects By Temporal Edges

* Extraction of Data from Preprinted Forms

* Extraction of Grid Patterns on Stamped Metal Sheets Using Mathematical Morphology

* Extraction of Line Drawings from Gray Value Images by Non-Local Analysis of Edge Element Structures

* Extraction of Shape Features and Experiments on Cue Integration

* Extrinsic Calibration of a Vision Sensor Mounted on a Robot

* Face Recognition Based on Depth and Curvature Features

* Face Recognition Through Geometrical Features

* Facial expression of emotion: New findings, new questions

* Families of Tuned Scale-Space Kernels

* Fast Algorithm for Local Minimum and Maximum Filters on Rectangular and Octagonal Kernels, A

* Fast and Adaptive Method to Estimate Texture Statistics by the Spatial Gray Level Dependence Matrix for Texture Image Segmentation, A

* Fast Erosion and Dilation by Contour Processing and Thresholding of Distance Maps

* Fast Histogram-Clustering Approach for Multi-Level Thresholding, A

* Fast Learning and Invariant Object Recognition: The Sixth Generation Breakthrough

* Fast Method to Estimate Sensor Translation, A

* Fast Obstacle Detection Method Based on Optical Flow, A

* Fast Recognition Using Adaptive Subdivisions of Transformation Space

* Feature Based Approach to Face Recognition, A

* Feature Extraction for Localization

* Feature Frequency Matrices as Texture Image Representation

* Finding Circular Shapes in an Image on a Pyramid Architecture

* Finding Face Features

* Finding Landmarks Autonomously Along a Route

* Finding Parametric Curves in an Image

* Finding Similar Patterns in Large Image Databases

* Finite Element Method for Determination of Optical Flow

* Flexibly Coupled Hypercube Multiprocessor for High Level Vision, A

* Formal Definition and Entropy Calculation of Hierarchical Attributed Random Graph

* Formal Definition of the Hough Transform: Properties and Relationships, A

* Formal Parallel Model for Three-Dimensional Object Pattern Representation, A

* Formulation and Error Analysis for a Generalized Image Point Correspondence Algorithm

* Frobenius Metric in Image Registration, The

* From Accurate Range Imaging Sensor Calibration to Accurate Model-Based 3-D Object Localization

* From Image Edges to Geons to Viewpoint-Invariant Object Models: A Neural Net Implementation

* From Partial Derivatives of 3D Density Images to Ridge Lines

* From Slice Data to Suggestive Parts

* Functional Programming Environment for Image Analysis, A

* Fusion of Stereo and Motion Vision for 3-D Reconstruction

* Fusion Through Interpretation

* Fuzzy Divergence, Probability Measure of Fuzzy Events and Image Thresholding

* Fuzzy Learning in Vicissitudinous Environments

* Fuzzy Mathematical Morphology

* Fuzzy Models for Pattern Recognition

* Fuzzy-Attribute Graph with application to Chinese Character Recognition

* General Dynamic Vision Architecture for UGV and UAV, A

* Generalisation of Renormalisation Group Methods for Multi Resolution Image Analysis, A

* Generalised Hough Transform in Object Recognition

* Generalized Cones: Useful Geometric Properties

* Generating Complete Depth Maps In Passive Vision Systems

* Global Interpretation Of Optical Flow Field: A Least-Squares Approach

* Graph Morphology

* Groningen Image Processing System, GIPSY, The

* Grouping Iso-Velocity Points for Ego-Motion Recovery

* Handprinted Digit Recognition Using Spatiotemporal Connectionist Models

* Handwritten Numeral Recognition Based on Hierarchically Self-Organizing Learning Networks with Spatio-Temporal Pattern Recognition

* Hidden Markov Model for Language Syntax in Text Recognition, A

* Hierarchical Analysis of Visual Motion

* Hierarchical Computation of Image Velocity from Local Phase Information

* Hierarchical Model-Based Motion Estimation

* Hierarchical Multiple-SIMD Architecture for Image Analysis

* Hierarchical Square Tessellation of the Sphere, A

* Hierarchical Waveform Matching: A New Feature-Based Stereo Technique

* Higher-Order Neural Network for Distortion Invariant Pattern Recognition, A

* Histogram Thresholding by Minimizing Graylevel Fuzziness

* Hole-Spectrum Representation and Model-Based Optimal Morphological Restoration of Binary Images Degraded by Subtractive Noise

* Human Face Recognition from a Single Front View

* Hypotheses Management for Scene Interpretation in a Multisensory Perception Machine

* Identifying Multiple Motions from Optical Flow

* Image Analysis Based Method To Evaluate Gravure Paper Quality, An

* Image Analysis On Massively Parallel Computers: An Architectural Point Of View

* Image Gathering and Processing for High-Resolution Edge Detection

* Image Matching

* Image Matching Using Corresponding Point Measurements

* Image Processing and Analysis

* Image reconstruction on hypercube computers: Application to electron microscopy

* Image Representation Using Vector Wavelets

* Image Segmentation Using Fuzzy Correlation

* Image Selective Smoothing and Edge Detection by Nonlinear Diffusion

* Image Selective Smoothing and Edge Detection by Nonlinear Diffusion, II

* Image Understanding Environments Program, The

* Image Understanding System Aiming At Analysis Of Biological Membrane Behavior, An

* IMM Algorithms for Tracking Targets that Maneuver Through Coordinated Turns

* Imperfect form Tolerancing on Manifold Objects: A Metric Approach

* Improved Algorithm for Labeling Connected Components in a Binary Image, An

* Incremental Estimation of Image-Flow Using a Kalman Filter

* Indexing Function-Based Categories for Generic Recognition

* Information Fusion In Image Understanding

* Initial Segmentation For Knowledge Indexing

* INTEGRA: An Integrated System For Range Image Understanding

* Integrated System for Active Exploration Using Contact and Non-Contact Sensors, An

* Integrating Intensity and Range Sensing to Construct 3-D Polyhedra Representations

* Intelligent Forms Processing System

* Intelligent Image Interface to 3D Images with 3D Image Understanding and Presentation

* Intelligent Mobile Robot Golfing System Using Binocular Stereo Vision, An

* Intelligent Navigation for Autonomous Robots Using Dynamic Vision

* Interactive Reconstruction via Geometric Probing

* Interactive Road Finding For Aerial Images

* Interpretation of Synthetic Aperture Radar Image Using Projective Invariants and Deformable Templates, The

* Introduction To Wavelets

* Invariant Architectures for Low-Level Vision

* Invariant Linear Methods in Photogrammetry and Model-Matching

* Invariant Surface and Motion Estimation from Sparse Range Data

* Invertibility of a Special Class of Mean Filter Operators

* IRS Image Segmentation: Minimum Distance Classifier Approach

* Issues In Parallel Tree Search for Object Recognition

* Issues In Selective Perception

* Iterative TIN Generation from Digital Elevation Models

* Knowledge Based System for Diagnosing Spinal Deformations: Moire Pattern Analysis and Interpretation, A

* Knowledge Engineering in Remote Sensing and Knowledge Based Systems in GIS

* Knowledge-Based Interpretation of Scanned Large-Scale Maps Using Multi-Level Modelling

* Knowledge-Based System for Satellite Image Interpretation, A

* Knowledge-Guided Visual Perception of 3-D Human Gait from a Single Image Sequence

* KOR: A Knowledge-Based Object Recognition System

* Labeling of Curvilinear Structure Across Scales by Token Grouping

* Landmark-Based Robot Navigation

* Large Scale Stereo Vision

* Lattice Framework for Integrating Vision Modules, A

* Learning 3D Object Descriptions from a Set of Stereo Vision Observations

* Learning Algorithm Based on Modified Structure of Pattern Classes

* Learning Knowledge-Directed Visual Strategies

* Learning of Patterns and Picture Languages

* Learning to Recognize Faces from Examples

* Lightness Constancy from Luminance Contrast

* Line Based Trinocular Stereo

* Linear Models of Surface and Illuminant Spectra

* Linear Octree by Volume Intersection Using Perspective Silhouettes

* Liquid Crystal Polarization Camera

* Local Association Based Recognition of Two-Dimensional Objects

* Local Characteristics of Binary Images and Their Application to the Automatic Control of Low-Level Robot Vision

* Local Decomposition of Gray-Scale Morphological Templates

* Local Symmetry Modeling in Multi-Dimensional Images

* Locating Objects from Their Point Features Using an Optimized Hough-Like Accumulation Technique

* Log-Polar Mapping Applied To Pattern Representation And Recognition

* Logic Gate Implementation for Gray-Scale Morphology

* logic of constraint satisfaction, The

* Low Resolution Cues for Guiding Saccadic Eye Movements

* Low-rate sequence image coding via vector quantization

* Manipulation of Multivalued Images in Image Algebra

* Matching Complex Images to Multiple 3D Objects Using View Description Networks

* Matching Conic Curve Segments

* Matching Stereo Satellite Images

* Mathematical Morphology on L-Images

* Mathematical Morphology: Extensions towards Computer Vision

* Matrice Fondamentale et Calibration Visuelle sur l'Environment

* Maximum Likelihood Unsupervised Textured Image Segmentation

* Maximum-Likelihood Classification of Image Edges Using Spatial and Spatial-Frequency Features

* Measuring the Quality of Hypotheses in Model-Based Recognition

* Method for Detection of Circular Arcs Based on the Hough Transform, A

* Method For The Recognition of Symbols on Geographic Maps, A

* Method to Design Filters for Image Smoothing, A

* Methods of Combining Multiple Classifiers and Their Applications to Handwriting Recognition

* Minimal Subset Random Sampling for Pose Determination and Refinement

* Mission Parameters Derived from Optical Flow

* Mixed Finite Element Based Neural Networks In Visual Reconstruction

* Model Based Image Analysis, Using Solid Modelling and Ray Tracing

* Model Based Region Segmentation Using Cooccurrence Matrices

* Model Dependent Inference of 3D Information from a Sequence of 2D Images

* Model of Human Estimation of 3D Shape from Shading Information Using Zero Crossings, A

* Model of Visual Motion Sensing

* Model-Based Approach to Representation and Matching of Object Shape Patterns, A

* Model-Based Calibration of a Range Camera

* Model-Based Characterization of Statistically Optimal Design for Morphological Shape Recognition Algorithms via the Hit-or-Miss Transform

* Model-Based Synthesis of Vision Routines

* Model-Driven Object Recognition: Complexity Issues

* Modeling Spatial Vision at the Threshold Level

* Modeling the Surface of 3D Objects Using Multiple Range Views

* Modelling and Identification of Charateristic Intensity Variations

* Modification of Deriche's Approach to Edge Detection, A

* Modified Stereo Matching Suitable for Implementation on a Convolution Specialized Hardware, A

* Morphological Analysis of Discrete Random Shapes

* Morphological Methods for Detection and Classification of Edges in Range Images

* Morphological Template Decomposition with Max-Polynomials

* Motion Analysis of Articulated Objects with Applications to Human Ambulatory Patterns

* Motion and Structure Estimation from Stereo Image Sequences

* Motion of Nonrigid Objects from Multiframe Correspondences

* Motion Parameters from Right Angles

* Motion Recovery from Image Sequences Using Only First Order Optical Flow Information

* Motion Segmentation Using Singular Value Decomposition

* Motion Tracking on the Spatiotemporal Surface

* Moving Humans Recognition Using Spatio-Temporal Models

* MRF Approach to Optical Flow Estimation, A

* Multi-Resolution Texture Classifier Based on Multi-Resolution Tuned Mask, A

* Multi-Scale Analysis of Discrete Point Sets

* Multi-Scale Stereo Matching

* Multi-Specialist Architecture for Sensor Fusion in Remote Sensing, A

* Multilayer Massively Parallel Architecture for Optical Flow Computation, A

* Multiobjective optimization approach to image reconstruction from projections

* Multiple Motions from Instantaneous Frequency

* Multiple Object Tracking System with Three Level Continuous Processes

* Multiple-Baseline Stereo Method, A

* Multiresolution Edge Labelling Using Hierarchical Relaxation

* Multiresolution Image Shape Description

* Multiscale Analysis Model Applied to Natural Surfaces, A

* Multiscale Color Image Enhancement

* Multispectral Classification of Landsat Images Using Neural Networks

* Multistage Pattern Recognition with Reject Option

* Natural Object Recognition

* Navigation by Optical Flow

* Near-Automatic Detection of Arrow-Shaped Markers for CT/MRI Fusion

* Neural Network, Self-Organization and Object Extraction

* Neural Networks in Robotics

* New 3-D Surface Measurement System Using a Structured Light, A

* New Approach for Feature Point Classification, Aggregation, and Description, A

* New Chromatic Edge Detector Used for Color Image Segmentation, A

* New Method for Recognizing and Locating Objects by Searching Longest Paths, A

* New Method of Extracting Invariants under Affine Transform, A

* New One-Pass Parallel Thinning Algorithm for Binary Images, A

* New Surface Tracking Algorithm in 3D Binary Images, A

* New Visual Invariants for Obstacle Detection Using Optical Flow Induced from General Motion

* Non-Rigid Heart Wall Motion Using MR Tagging

* Non-Wildcard Matching Beats The Interpretation Tree

* Nondestructive Evaluation of Civil Structures and Materials Using Stereo Camera Measurements

* Nonlinear Filtering Structure for Image Smoothing in Mixed-Noise Environments

* Nonlinear total variation based noise removal algorithms

* Nonuniform Region Processing on SIMD Arrays Using the Coterie Network

* Note on the Paper The Visual Potential: One Convex Polygon, A

* Numerical Potential Field Techniques for Robot Path Planning

* Object Background Classification Using Hopfield Type Neural Network

* Object Detection in Outdoor Scenes by Disparity Map Segmentation

* Object Identification Using Modified Distributed Associated Memory

* Object Locating Based On Concentric Circular Description

* Object oriented image segmentation

* Object Oriented Representational System for Image Features and Their Relations, An

* Object Recognition and Pose Estimation with a Fast and Versatile 3D Robot Sensor

* Object Recognition Based on Moment (or Algebraic) Invariants

* Object Recognition by a Robotic Agent: The Purposive Approach

* Object Recognition by Flexible Template Matching Using Genetic Algorithms

* Object-Oriented Approach to Template Guided Inspection, An

* Obstacle Avoidance and Trajectory Planning for an Indoor Mobile Robot Using Stereo Vision and Delaunay Triangulation

* Occam's Razor and Bayesian Analysis

* Offline Tracing and Representation of Signatures

* On a Decomposition of 2-D Circular Convolution

* On Circles and Circular Arcs Recognition

* On Estimating a Robot's Motion from Laser Range Measurements Using the Distance Transform

* On Finding the Ends of SHGCs in an Edge Image

* On Improving The Accuracy Of Line Extraction In Hough Space

* On Local Linear Transform and Gabor Filter Representation of Texture

* On Parallel Recognition of Two Classes of 2-D Array Patterns

* On Shape Recovery From Two Shading Patterns

* On the approximation of free discontinuity problems

* On the Derivation of Geometric Constraints in Stereo

* On the Evolution of Curves Via a Function of Curvature. I. The Classical Case

* On The Perspective Projection Of 3-D Planar-Faced Junctions

* On the Recognition of Posture

* On The Reconstruction Aspects of Moment Descriptors

* On the Uniqueness of Correspondence under Orthographic and Perspective Projections

* On the Use of Morphological Operators in a Class of Edge Detectors

* On Training Gaussian Radial Basis Functions for Image Coding

* Optical modeling of mathematical morphology: A link between convolution of images, dilation and erosion

* Optimal Discretization for Stereo Reconstruction

* Optimal Histogram Partitioning Using a Simulated Annealing Technique

* Optimal Linear Operator for Step Edge Detection, An

* Optimal Polarizations for Radar Detection and Recognition of Targets in Clutter

* Optimal Strategic Recognition of Objects Based on Candidate Discriminating Graph with Coordinated Sensors

* Optimization on Euclidean Distance Transformation Using Grayscale Morphology

* Optimum Rigid Motion with One Perspective View

* Order statistics in digital image processing

* Orientation Dependence in the Recognition of Familiar and Novel Views of 3D Objects

* Orientation-based Unique Representation for Planar Curves and Shapes

* Overview of Parallel Hardware Architectures for Computer Vision, An

* Pairwise Representations Of Shape

* Parallel 3D Shrinking Algorithms Using Subfields Notions

* Parallel 3D Vision System, A

* Parallel Algorithm for Analyzing Connected Components in Binary Images, A

* Parallel Algorithm for Color Texture Generation Using the Random Neural Network Model

* Parallel Algorithms for Geometric Connected Component Labeling on a Hypercube Multiprocessor

* Parallel Algorithms for Stereo and Image Matching

* Parallel Computer Vision: The VIS a VIS System

* Parallel Image Segmentation Using Modified Hopfield Model

* Parallel Implementation and Evaluation of a Motion Estimation System Algorithm Using Several Data Decomposition Strategies

* Parallel Linear Feature Extraction

* Parallel Method for Locating and Representing 2D Contours, A

* Parallel Recognition of High Dimensional Images

* Parallel String Search Algorithm, A

* Parallel Thinning Algorithm for Binary Digital Patterns

* Parallel-Hierarchical Image Partitioning and Region Extraction

* Parallelizing Object Recognition on the Hypercube

* Part Segmentation for Object Recognition

* Partial constraint satisfaction

* Path Planning for a Mobile Robot

* Pattern Classification Approach to Multilevel Thresholding for Image Segmentation, A

* Pattern Recognition of Binary Image Objects Using Morphological Shape Decomposition

* Perceptual Computational Advantages of Tracking

* Perceptual Grouping Using Global Saliency-Enhancing Operators

* Performance Assessment of Model-Based Tracking

* Performance Comparison of Line Parametrizations

* Performance for Thinning Algorithms with Respect to Boundary Noise

* Performance Study of Two Wavelet-Based Edge Detectors, A

* Physics-Based Modeling of Nonrigid Objects for Vision and Graphics

* Physics-Based Vision-Principles and Practice: Color

* Physics-Based Vision-Principles and Practice: Radiometry

* Physics-Based Vision-Principles and Practice: Shape Recovery

* Planning for Inspection Based on CAD Models

* Point Target Detection in Spatially Varying Clutter

* Point/Line Correspondence under 2D Projective Transformation

* Position Estimation for an Autonomous Mobile Robot in an Outdoor Environment

* Positional Estimation Techniques for an Autonomous Mobile Robot: A Review

* Potential Field Approach to Path Planning, A

* Practical Approach to Feature Selection, A

* Practical Aspect-Graph Derivation Incorporating Feature Segmentation Performance

* Precision of Camera Calibration and Stereovision Performed by Standard Cameras and Image Digitizer

* Preliminary Report on UNLV/GT1: A Database for Ground-truth Testing in Document Analysis and Character Recognition, A

* Primitives Chain Code

* Principal components, minor components, and linear neural networks

* Probabilistic Multiscale Image Segmentation: Setup and First Results

* Probabilistic Navigation Methods for Uncertain and Dynamic Environments

* Problem-Independent Control Algorithm for Image Understanding, A

* Process Capability of Automated Visual Inspection Systems

* Projective Duality and Recovery of 3D Straight Lines from a Monocular Image Sequence

* Projective Invariants for Curves in Two and Three Dimensions

* Projectively Invariant Decomposition of Planar Shapes

* PROMAP: A System for Analysis of Topographic Maps

* Properties of Energy Edge Detectors

* Properties of Some Euclidean Proximity Graphs

* Proximity Detection Using a Filter Tuned in Three-Space

* Quadratic Filters for Signal Processing

* Quadric Curve Based Stereo

* Qualitative Description Of Three-Dimensional Scenes

* Quantization Errors in Axial Motion Stereo on Rectangular-Tessellated Image Sensors

* Random Neural Network Model for Texture Generation, The

* Randomized Hough Transform Applied to Translational and Rotational Motion Analysis

* Range recovery using virtual multi-camera stereo

* Range-Intensity Histogram for Segmenting LADAR Images

* Real-Time Fingerprint Sensor Using a Hologram

* Real-Time Fingerprint Verification System

* Real-Time Smooth Pursuit Tracking

* Real-Time Stereo Vision with Multiple Arrayed Camera

* Real-Time Visual Tracking for Surveillance and Path Planning

* Receptive Field Assembly Pattern Specificity

* Recognition of 3-D Objects from 2-D Groupings

* Recognition of Polyhedra by a Mechanical Theorem Proving Method

* Recognition Strategy Generation for Pose Estimation of Multiple 3-Dimensional Objects

* Recognizable Picture Languages

* Recognizing 3-D Objects by Forward Checking Constrained Tree Search

* Recognizing 3D Objects from 2D Images: An Error Analysis

* Recognizing Corners by Fitting Parametric Models

* Recognizing Moving Objects From Orthographic Views

* Recognizing Noisy Patterns Via Iterative Optimization and Matching of Their Descriptions

* Recognizing Rotationally Symmetric Surfaces from Their Outlines

* Reconstructing Surfaces from Unstructured 3D Points

* Reconstruction of 3D Objects by Integration of Multiple Range Data

* Recovering 3-D Wire Frames from Line Drawings

* Recovering Building Structures from Stereo

* Recovering Heading for Visually-Guided Navigation

* Recovering Shading from Color Images

* Recovering the Scaling Function of a SHGC from a Single Perspective View

* Recovery of Hierarchical Part Structure of 3D Shape from Range Image

* Recovery Of Superquadric Primitives from a Range Image Using Simulated Annealing

* Recursive Operations in Image Algebra

* Refinement of Disparity Estimates Through the Fusion of Monocular Image Segmentations

* Registar Machine: From Conception to Installation, The

* Registration and Region Extraction of Data from Forms

* Relative Neighborhood Graphs and Their Relatives

* Relative Positioning with Uncalibrated Cameras

* Relaxational Refinement of Intensity Ridges

* Replicated Image Algorithms and Their Analyses on SIMD Machines

* Report on the Accuracy of OCR Devices, A

* Representation of Range Data with B-Spline Surface Patches

* Resolving Ambiguity in Segmenting Touching Characters

* Ridge Points in Euclidean Distance Maps

* Right Straight Homogeneous Generalized Cylinders with Symmetric Cross-Sections: Recovery of Pose and Shape from Image Contours

* Road Line Tracking: An Approach Based On Spatio-Temporal Surface

* Robust and Adaptive Segmentation of Noisy Images Using Gibbs Random Field Models

* Robust Disparity Estimation in Terrain Modeling for Spacecraft Navigation

* Robust Feature Evaluation For Multisensory Computer Vision

* Robust Focus Ranging

* Robust High Breakdown Estimation and Consensus

* Robust Image Processing Approach Used to ALV Road Following, A

* Robust Morphologically Continuous Fourier Descriptors I: Projection-Generated Descriptions

* Robust Morphologically Continuous Fourier Descriptors II: Continuity and Occlusion Analysis

* Robust Segmentation of Edge Data

* Roof Edge Detection: A Morphological Skeleton Approach

* Root-Signal Sets of Morphological Filters and Their Use in Variable-Length BTC Image Coding

* Rules and Algorithms for the Design of Templates for Template Matching

* Saccadic Object Recognition With An Active Vision System

* Saliencies and Symmetries: Toward 3D Object Recognition from Large Model Databases

* Sampling and Surface Reconstruction with Adaptive-Size Meshes

* Scale-Space Behaviour of Local Extrema and Blobs

* Scale-Space: Its Natural Operators and Differential Invariants

* Segmentation by Nonlinear Diffusion, II

* Segmentation of Bilevel Images Using Mathematical Morphology

* Segmentation Of Defects In Textile Fabric

* Segmenting Merged Characters

* Selective Scene Modeling

* Semi-automatic derivation of digital elevation models from stereoscopic 3-line scanner data

* Semi-Differential Invariants for Nonplanar Curves

* Sensibility, Relative Error and Error Probability of Projective Invariants of Planar Surfaces of 3D Objects

* Sensitivity of Feature Configuration in Viewpoint Determination

* Sensor Planning in an Active Robotic Work Cell

* Sensory Aspects of Robotic Intelligence

* Sequential Detection Framework for Feature Tracking within Computational Constraints, A

* Shading Flows and Scenel Bundles: A New Approach to Shape from Shading

* Shadow Handler in a Video-Based Real-Time Traffic Monitoring System, A

* Shape and Source from Shading Using Zero Crossings

* Shape Decomposition Based on Perceptual Structure

* Shape Detection Of Small Specular Surface Using Color Stripe Lighting

* Shape from Color

* Shape from Focus System

* Shape from Periodic Texture Using the Spectrogram

* Shape from Texture for Smooth Curved Surfaces in Perspective Projection

* Shape Recognition Using the Kohonen Self-Organising Feature Map

* Sigma-Tree Q A Symbolic Spatial Data Model, The

* Signature Based Recognition Of 2-D Occluded Objects

* Signature File as a Spatial Filter for Iconic Image Database

* Simple Algorithm for Shape for Shading, A

* Simple Direct Computation of the FOE with Confidence Measures

* Single Plane Model Extensions Using Projective Transformations

* Sketch Retrieval Method for Full Color Image Database Query by Visual Example, A

* skimming technique for fast accurate edge detection, A

* Smoothed Differentiation Filters for Images

* Smoothed Local Generalized Cones: An Axial Representation of 3D Shapes

* Space Efficient 3D Model Indexing

* Spatial Knowledge Representation for Iconic Image Database

* Spatio-Temporal Reasoning within a Traffic Surveillance System

* Spectral Fuzzy Sets and Soft Thresholding

* Statistical Analysis of a Stereo Matching Algorithm

* Statistical Analysis of Focal-Length Calibration Using Vanishing Points

* Statistical analysis of scale-space

* Statistical Image Segmentation

* Statistical Morphology and Bayesian Reconstruction

* Statistical Properties, Fixed Points, and Decomposition with WMMR Filters

* Statistics of the Morphological Pattern-Spectrum Moments for a Random Grain Model

* Status and Current Research in the Image Understanding Architecture Effort

* Stealth Terrain Navigation for Multi-Vehicle Path Planning

* Steerable Filters and Analysis of Image Structure

* Step Toward Generic Object Recognition, A

* Stereo from Uncalibrated Cameras

* Stereo Matching Technique Based on the Theory of Possibility

* Stereo Using the Displacement Representation

* Stereo without Disparity Gradient Smoothing: A Bayesian Sensor Fusion Solution

* Stochastic Puzzle Grammars

* Stochastic Segmentation of Ultrasound Images

* Strategies for Localization

* String Descriptor for Matching Partial Shapes, A

* Structural Analysis and Description of Curves by Quasi-Topological Features and Singular Points

* Structural Principles in Visually Guided Autonomous Vehicles

* Structure from Chronogeneous Motion: A Summary

* Structure from Motion Using an Active Vision Paradigm

* Structure of the Aura and Co-Occurrence Matrices for the Gibbs Texture Model

* Structured Document Image Analysis

* Structured Patterns From Random Fields

* Structuring Element Adaptation for Morphological Filters

* Subpixel Edge Detector Using Expectation of First-Order Derivatives

* Subpixel Positioning of Edges for First and Second Order Operators

* Subsampling of Markov Random Fields

* Suggestive Modeling for Machine Vision

* Surface Griding with Intrinsic Parameters

* Surface Orientation and Time to Contact from Image Divergence and Deformation

* Surface Orientation From Random Texture With Directional Bias

* Surface Reconstruction (of Rough Terrain) in Range Image Shadows

* Surface Reconstruction Directly From Binocular Stereo Images By Multiscale-Multistage Regularization

* Surface Reconstruction from Derivatives

* Surface Reconstruction from Disparate Shading: An Integration of Shape-from-Shading and Stereopsis

* Surface Reconstruction Using Neural Networks

* Surfaces from Contours

* Symbolic and Knowledge-Based Signal Processing

* Template Guided Visual Inspection

* Ten Lectures on Wavelets

* Text Segmentation Using Gabor Filters for Automatic Document Processing

* Texture Based 3-D Shape Reconstruction from Multiple Stereo Images

* Texture Parametrization Method For Image Segmentation

* Texture Segmentation and Region Classification by Orthogonal Decomposition of Cooccurrence Matrices

* Texture segmentation based on a hierarchical Markov random field model

* Texture Segmentation by Minimizing Vector-Valued Energy Functionals: The Coupled-Membrane Model

* Texture Segmentation Using Topographic Labels

* Texture: Plus Ca Change

* Thematic Map Reading System, A

* Theory and design of interferometric synthetic aperture radars

* Theory of Reconstruction from Image Motion

* Three-Dimensional Location Estimation of Circular Features for Machine Vision

* Three-Dimensional Object Pattern Representation By Array Grammars

* Three-Dimensional Object Recognition Using Spherical Correlation

* Three-Dimensional Symmetry Measurement of Medical Entities

* Tools for Acquiring Spatial and Functional Knowledge in Aerial Image Analysis

* Top-Down Approach to the Analysis of Document Images, A

* Toward Stochastic Modeling of Obstacle Detectability in Passive Stereo Range Imagery

* Towards a General Framework for Feature Extraction

* Towards a Structured Document Image Utility

* Towards the Understanding of Printed Documents

* Tracking Image Features Using a Parallel Computational Model

* Tracking Points on Deformable Objects Using Curvature Information

* Tracking with Kalman Snakes

* Trinocular Vision System For A Mobile Robot, A

* Two-Dimensional Uniquely Parsable Isometric Array Grammars

* Ultrasonic Visual Sensor for Three-Dimensional Object Recognition Using Neural Networks, An

* Understanding Synthetic Aperature Radar Images

* Understanding Three-View Drawings Based on Heuristics

* Unification of Nonlinear Filtering in the Context of Binary Logical Calculus, Part I: Binary Filters

* Unification of Nonlinear Filtering in the Context of Binary Logical Calculus, Part II: Gray-Scale Filters

* Unified Approach to the Recognition of Expected and Unexpected Geon-Based Objects

* Unified Distance Transform Algorithm and Architecture, A

* Universal Knowledge-Based Imaging System for Hazardous Environments, A

* Using Complex Gabor Filters to Detect and Localize Edges and Bars

* Using Force Fields Derived from 3D Distance Maps for Inferring the Attitude of a 3D Rigid Object

* Utilization of Multispectral Imagery for Cartographic Feature Extraction

* Valley-Seeking Threshold Selection Technique, A

* variational method in image segmentation: Existence and approximation results, A

* Variational surface modeling

* Vector Quantization and Signal Compression

* Vector-Space Solution for a Morphological Shape-Decomposition Problem

* Verification of the General Position Assumption in the Practice of Stereovision

* Verifying and Combining Different Visual Cues into a 3D Model

* Versatile Multi-Modal System for Surface Profile Measurements Using a Wrist-Mounted Laser Device

* View Correspondence Using Curvature and Motion Consistency

* Visibility-Related Image Features

* Vision and Space-Variant Sensing

* Vision System For An Autonomous Underwater Vehicle, A

* Vision-Based Range Estimation Using Helicopter Flight Data

* Vision-Based Rendering: Image Synthesis for Vision Feature Extraction

* Visual Inspection of Machined Parts

* Visual Interpretation of Known Objects in Constrained Scenes

* Visual Motion Analysis under Interceptive Behavior

* Visual Observation under Uncertainty as a Discrete Event Process

* Visual Occlusion and the Interpretation of Ambiguous Pictures

* Visually Guided Mobile Robot Acting in Indoor Environments, A

* VLSI Pyramid Chip for Multiresolution Image Analysis, A

* Voice-Bandwidth Visual Communication Through Logmaps: The Telecortex

* Volumetric reconstruction from object silhouettes: A regularization procedure

* Voronoi Skeletons: Theory and Applications

* Walking On Two Legs: Alternate Use of two Representations of a Match During Object Recognition and Location

* Watershed and Skeleton by Influence Zones: A Distance-Based Approach

* Wavelets and Chirplets: Time-Frequence Perspectives with Applications

* Wavelets-A Tutorial in Theory and Applications

* Weak Lambertian Assumption for Determining Cylindrical Shape and Pose from Shading and Contour

* What Can Be Seen in Three Dimensions with an Uncalibrated Stereo Rig?

* Where to Look Next Using a Bayes Net: An Overview

* Why Progress in Machine Vision Is so Slow

* Width-Independent Parallel Thinning Algorithm, A

* Word Image Matching as a Technique for Degraded Text Recognition

* Word Shape Analysis Approach to Recognition of Degraded Word Images, A

748 for 9200

Last update:25-Sep-17 17:19:13

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