2 Rosenfeld Bibliography for 1997
Table of Contents (Back)
Keyword list at end
2.1 A. INTRODUCTION
2.2 B. RELATED TOPICS The following related areas are not covered systematically, but we give a few references on them:
2.2.1 C. APPLICATIONS (C.1) Documents: [210-224]
2.2.2 D. COMPUTATIONAL TECHNIQUES (D.1) Architectures and environments: [507-534] (D.2) Databases: [535-625] (D.3) Operations: [626-646] (D.4) Processes: [647-674] (D.5) Geometric operations; calibration: [675-710].
2.3 E. FEATURE DETECTION AND SEGMENTATION; IMAGE AND SCENE ANALYSIS
2.3.1 F. 2D SHAPE AND PATTERN (F.1) Representation, decomposition, etc.: [878-897] (F.2) Properties; invariants: [898-928] (F.3) Contours and curves: [929-965] (F.4) Skeletons and thinning; distance: [966-986] (F.5) Pattern (path planning, etc.): [987-1018]; formal languages: [1019-1021].
2.3.2 G. LIGHTNESS AND COLOR; TEXTURE (G.1) Lightness, polarization, and color: [1022-1076] (G.2) Texture: modeling and synthesis [1077-1108] (G.3) Texture: description and segmentation: [1109-1146].
2.3.3 H. MATCHING; STEREO (H.1) Image and template matching: [1147-1223] (H.2) Hough transforms: [1224-1236]; structure matching: [1237-1247]; recognition
2.4 I. RANGE; RECOVERY
2.4.1 J. 3D SHAPE (J.1) Models: [1403-1452] (J.2) Recognition: [1453-1495] (J.3) Other topics (pose, geometry, etc.): [1496-1532].
2.4.2 K. MOTION [1533-1536] (K.1) Flow; egomotion: [1537-1587] (K.2) Structure from motion: [1588-1619] (K.3) Dynamic scenes: [1620-1666] (K.4) Tracking, etc.: [1667-1691].
2.5 A. Conference Proceedings
2.6 A.1 Abbreviation Conference
2.7 B. Journals
2.8 B.1 Abbreviation Journal
2.8.1 A. General References A.1. Meetings, etc.
2.9 8. 13th Israeli Symposium on Arti,cial Intelligence, Computer Vision, and Neural
2.9.1 A.2. Books, etc.
2.10 B. Related Topics
2.10.1 B.1. Geometry and graphics
2.10.2 B.2. Compression and processing
2.10.3 B.3. Sensors and optics
2.10.4 B.4. Visual perception
2.10.5 B.5. Neural networks
2.10.6 B.6. Artificial intelligence and pattern recognition
2.11 C. Applications
2.11.1 C.1. Documents
2.11.2 C.2. Biomedical, etc.
2.11.3 C.3. Human
2.11.4 C.6. Target recognition
2.11.5 C.7. Remote sensing
2.12 D. Computational Techniques
2.12.1 D.1. Architectures, etc.
2.12.2 D.2. Databases
2.12.3 D.3. Operations
2.12.4 D.4. Processes
2.12.5 D.5. Geometric operations, calibration
2.13 E. Feature Detection, Segmentation, Image and Scene Analysis
2.13.1 E.1. Feature detection
2.13.2 E.2. Segmentation
2.13.3 E.3. Image and scene analysis
2.14 F. Two-Dimensional Shape and Pattern
2.14.1 F.1. Representation
2.14.2 F.2. Properties
2.14.3 F.3. Contours and curves
2.14.4 F.4. Skeletons and distance
2.14.5 F.5. Pattern
2.15 G. Color and Texture
2.15.1 G.1. Lightness, color, etc.
2.15.2 G.3. Texture: Description, segmentation
2.16 H. Matching and Stereo
2.16.1 H.1. Matching
2.16.2 H.2. Hough transforms; structure matching; recognition
2.16.3 H.3. Stereo
2.17 I. Range and Recovery
2.17.1 I.1. Range
2.17.2 I.2. Recovery
2.18 J. Three-Dimensional Shape
2.18.1 J.1. Models
2.18.2 J.2. Recognition
2.18.3 J.3. Other topics
2.19 K. Motion
2.19.1 K.2. Structure from motion
2.19.2 K.3. Dynamic scenes
2.19.3 K.4. Tracking, etc.
Last update:Jun 7, 2018 at 10:14:50