HPRCV92
* *Handbook of Pattern Recognition and Computer Vision
* Formal Parallel Model for Three-Dimensional Object Pattern Representation, A
* Image Information Systems: Where Do We Go from Here?
* Parallel Thinning Algorithm for Binary Digital Patterns
* Positional Estimation Techniques for an Autonomous Mobile Robot: A Review
* Spatial Knowledge Representation for Iconic Image Database
* Texture Analysis
7 for HPRCV92
HPRCV97
* *Handbook of Pattern Recognition and Computer Vision
* 3-D Motion Analysis from Image Sequences Using Point Correspondences
* Analysis of Economic and Business Information
* Architectures for Image Processing and Computer Vision
* Automatic Analysis and Understanding of Documents
* Cluster Analysis and Related Issues
* Colour in Computer Vision
* Computer Vision in Food Handling and Sorting
* Connectionist Architectures in Low Level Image Segmentation
* Context Related Issues in Image Understanding
* Image Information Retrieval System
* Large-Scale Feature Selection
* Model Based Texture Segmentation and Classification
* Neural Net Computing for Pattern Recognition
* Optical Handwritten Chinese Character Recognition
* Optical Pattern Recognition for Computer Vision
* Pattern Recognition and Visualization of Sparsely Sampled Biomedical Signals
* Pattern Recognition in Geophysical Signal Processing and Interpretation
* Pattern Recognition in Nondestructive Evaluation of Materials
* Projective Geometry and Computer Vision
* Segmentation Tools in Mathematical Morphology
* Signal Transient Analyses and Classification Techniques
* Statistical Pattern Recognition
* Structural and Syntactic Pattern Recognition
* Understanding Microvessels in Two and Three Dimensions
* Viewer-Centered Representations in Object Recognition: A Computational Approach
* Vision Engineering: Designing Computer Vision Systems
27 for HPRCV97
HPRIP-CV94
* *Handbook of Pattern Recognition and Image Processing: Computer Vision
* Analysis and Synthesis of Human Movement
* Extracting Shape from Shading
* Image Sequence Analysis for Three-Dimensional Perception of Dynamic Scenes
* Machine Learning of Computer Vision Algorithms
* Nonrigid Motion Analysis
* Principles of Computer Vision
* Range Image Analysis
* Recovery of Three-Dimensional Shape of Curved Objects from a Single Image
* Relational Matching
* Stereo Vision
* Surface Reflection Mechanism
* Three-Dimensional Object Recognition
* Three-Dimensional Shape Recovery from Line Drawings
* Three-Dimensional Shape Representation
15 for HPRIP-CV94
HPRIP86
* *Handbook of Pattern Recognition and Image Processing
* Algorithms and Techniques for Automated Visual Inspection
* Biomedical Image Analysis
* Character Recognition by Computer and Applications
* Cluster Analysis
* Computational Analysis of Time-Varying Images, A
* Computer Vision
* Determining Three-Dimensional Motion and Structure from Perspective Views
* Feature Selection and Extraction
* Image Coding
* Image Database Systems
* Image Enhancement And Restoration
* Image Segmentation
* Parallel Architectures for Image Processing, Computer Vision, and Pattern Perception
* Reconstruction from Projections: Applications in Computerized Tomography
* Remote Sensing
* Statistical Image Texture Analysis
* Statistical Pattern Classification
* Syntactic Pattern Recognition
* Syntactic Pattern Recognition: Stochastic Languages
* Two-Dimensional Shape Representation
* VLSI Array Architecture for Pattern Analysis and Image Processing
22 for HPRIP86