Description
Current research in artificial intelligence and computer vision presented at the Israeli Symposium are combined in this volume to present an invaluable resource for students, industry and research organizations. Papers have been contributed from researchers worldwide, showing the growing interest of the international community in the work done in Israel. The papers selected are varied, reflecting the most contemporary research trends.
Chapter
Chapter 2. Monitoring the Execution of Contextualised Explanations
pp.：
26 – 42
Chapter 3. Exact Point Matching
pp.：
42 – 56
Chapter 4. Similarity-Invariant Recognition of Partially Occluded Planar Curves and Shapes
pp.：
56 – 72
Chapter 5. Robust Estimators in Computer Vision: An Introduction to Least Median of Squares Regression
pp.：
72 – 82
Chapter 6. On Optimal Stopping of Sparse Search
pp.：
82 – 92
Chapter 7. A Strategic Negotiations Model with Applications to an International Crises: Preliminary report
pp.：
92 – 108
Chapter 8. Progressive Horizon Planning
pp.：
108 – 122
Chapter 9. Logical Modelling of Constraints on Acceptable Syntactic Tree Forms for Natural Language Analysis
pp.：
122 – 136
Chapter 10. A Statistical Filter for Resolving Pronoun References
pp.：
136 – 148
Chapter 11. "Form and Function": A Theory of Purposive, Qualitive 3-D Object Recognition
pp.：
148 – 158
Chapter 12. Dynamic Multiple-Motion Computation
pp.：
158 – 168
Chapter 13. Translating Default Theories to Logic Programs (Extended Abstract)
pp.：
168 – 180
Chapter 14. An Efficient Algorithm for Point Selection for Image Surface Recovery Computation
pp.：
180 – 186
Chapter 15. The Generalized-Concepts Object-Centered World, and Possible Representations
pp.：
186 – 202
Chapter 16. Constructive Induction by Incremental Concept Formation
pp.：
202 – 216
Chapter 17. Learning with Representative Presentations: The Inverse of Shapiro's MIS
pp.：
216 – 226
Chapter 18. A Case Study of the Costs and Benefits of Generalization in Explanation-Based Learning
pp.：
226 – 234
Chapter 19. B-Snakes: Implementation and Application to Stereo
pp.：
234 – 248
Chapter 20. Using a Finite Element Method for Active Contour Models and 3-D Reconstruction from Cross Sections
pp.：
248 – 260
Chapter 21. 3-D Line-Scan Intensity Ratio Sensing
pp.：
260 – 270
Chapter 22. A. Progress Report on Automating the Analysis of Ordinary Differential Equations
pp.：
270 – 284
Chapter 23. GSERT: An Expert System Shell for Process Control
pp.：
284 – 296
Chapter 24. Evaluating Production Systems in a Multiprocessor Environment
pp.：
296 – 312
Chapter 25. Merging Polygonal Obstacles
pp.：
312 – 322
Chapter 26. Linking Low Level Perceptive Vision Processing to High Level Cognitive Processes using the Dynamic Generalized Hough Transform
pp.：
322 – 332
Chapter 27. An Improved Parallel Algorithm for Finding Congruent Regions
pp.：
332 – 336
Chapter 28. Texture Classification in Aerial Photographs and Satellite Data
pp.：
336 – 346
Chapter 29. Realization of the Intuitive Notion of Symmetry for Feature Detection
pp.：
346 – 356
Chapter 30. Analogical Reasoning: A Combined Approach
pp.：
356 – 372
Chapter 31. Cooperation in Uncertain Territory using a Multi-Entity Model (Preliminary Report)
pp.：
372 – 382
Chapter 32. Making the Network Consistency Problem Distributed
pp.：
382 – 396
Chapter 33. Topographical Distance Function in Numerical Mathematical Morphology. Application to Medical Imaging
pp.：
396 – 406
Chapter 34. Computing 2-Dimensional Min, Median and Max Filters
pp.：
406 – 416
Chapter 35. Counter Propagation Neural Network used in Hand-Written Characters Recognition
pp.：
416 – 428
Chapter 36. An Efficient Algorithm for Automatic Recognition and Classification of Chromosomes by Cluster Seeking
pp.：
428 – 442
Chapter 37. The Effect of Clutter on the Human Target Acquisition Process
pp.：
442 – 452
Chapter 38. Real Time Associative Vision Machine
pp.：
452 – 466
Chapter 39. Purposive and Qualitive Active Vision1
pp.：
466 – 476
Chapter 40. On "Intelligent" Sparse Data
pp.：
476 – 486
Chapter 41. Generalization of Object Recognition in Human Vision across Stimulus Transformations and Deformations
pp.：
486 – 496
Chapter 42. An Application of Fractal and Integral Geometry to Texture Segmentaton
pp.：
496 – 506
Artificial Intelligence and Computer Vision
Disclaimer: Any content in publications that violate the sovereignty, the constitution or regulations of the PRC is not accepted or approved by CNPIEC.
