| Method and Its Trial Instrumentation for High Speed and Continuous 3-D Measurement |
43 |
| Kazuo Araki*, Masanori Sato**, Takayuki Noda**, Yuji Chiba** and Masaru Shimizu**, *Chukyo University, **Nagoya Institute of Technology, Japan |
|
| Relaxation Based Modeling and Recognition of 3D Surfaces from Range Data |
47 |
| Chang Y. Choo*, Nasser M. Nasrabadi* and William I. Kwak**, *Worcester Polytechnic Institute, **Digital Equipment Corporation, USA |
|
| Recognition and Relocation of 3-Dimensional Objects Using Stereo Robot Vision System |
51 |
| Kyoung Mihn Do, Chee Woo Kang and Kwae Hi Lee, Sogang University, Korea |
|
| Shape Inspection of 3-D Objects Using Time-Coded Pattern Projection and Newly Developed Image Sensor Systems |
55 |
| Saburo Okada*, Tetsuhiro Sumimoto*, Hidekazu Miyauchi*, Masaaki Imade* and Hideki Yamamoto**, *Government Industrial Research Institute, Chugoku, **Okayama University, Japan |
|
| Image Sequence Analysis of Real World Human Body Motion |
59 |
| Xin Zhou, Qing Lu and Zhe Gu, Fudan University, PRC |
|
| Determining Surface Orientation by Uni-directional Photometric Flow Fields |
63 |
| Hidekazu Tanaka*, Yuji Iwahori** and Naohiro Ishii**, *Gifu Vocational Institute of Technology, **Nagoya Institute of Technology, Japan |
|
| A Change Detection Approach for Urban Changes from Remotely Sensed Data Using the Random Field Model |
* |
| Kiron K. Rao and R. Krishnan, Advanced Data Processing Research Institute, India |
|
| A Flexible Approach to the Construction of Expert Systems for the Application of Image Processing Software |
67 |
| Horst Bunke*, Felix Grimm* and Song Maoqiang**, *Universität Bern, **Beijing University of Posts and Telecommunications (PRC), Switzerland |
|
| Recognition of Partially Obscured Family of Objects Stretched along Axis of Symmetry |
71 |
| David T. Wang, Jaw-Chuan Ho, Jyh-Woei Chen, Shwu-Jin Lay and Peter A. Ng, New Jersey Institute of Technology, USA |
|
| Application of Image Reconstruction by Means of Chirp z-Transform |
77 |
| Kunio Takaya*, Tie-nan Ma*, Koichi Shimizu**, Masataka Kitama** and Tomohisa Mikami**, *University of Saskatchewan, **Hokkaido University (Japan), Canada |
|
| A New Method for Texture Segmentation |
* |
| Xining Zhang, Nanning Zheng and Haian Zhu, Xi'an Jiaotong University, PRC |
|
| A New Method for Recognizing and Locating Objects by Searching Longest Paths |
81 |
| G. Bertrand and F. Boussofiane, Groupe ESIEE, France |
|
| Finding Stomach in X-ray Film Using Computational Geometry |
85 |
| Kazuo Aisaka, Kiyoshi Arai and Akihide Hashizume, Hitachi, Ltd. , Japan |
|
| An Automatic Adjustment System for VCR Magnetic Heads on Cylinder Units |
89 |
| Hiroshi Tsukada, Tadanori Komatsu, Sumio Nagashima and Teruhisa Fukazawa, Toshiba Corporation, Japan |
|
| Targetting Number Plates Effectively Using Sparse/Full Templates and Coarse/Fine Template Matching |
93 |
| Harvey A. Cohen and Alan L. Harvey, La Trobe University, Australia |
|
| Plate Flatness Meter Based on Moire Fringes |
97 |
| Jiro Matsuo, Toshiyuki Matsumi and Kouichi Kitamura, Nippon Steel Corporation, Japan |
|
| High Level Loader and Recognizer of Electrical and Electronic Images Diagrams |
101 |
| Edison Oliveira de Jesus, Escola Federal de Engenharia de Itajubà, Brazil |
|
| Analysis of Dimension in Mechanical Engineering Drawings |
105 |
| Suzanne Collin and Dominique Colnet, CRIN - INRIA Lorraine, France |
|
| Improving the Performance of Multilayer Perceptron through Empirical Maximum Likelihood (EML) Learning Rule |
109 |
| S. Semnani and M. J. J. Holt, Loughborough University of Technology, UK |
|
| A Pattern Classifier Integrating Multilayer Perceptron and Error-Correcting Code |
113 |
| Haibo Li, Torbjörn Kronander and Ingemar Ingemarsson, Linköping University, Sweden |
|
| Optimal Input Selection of Neural Networks by Sensitivity Analysis and Its Application to Image Recognition |
117 |
| Hiroshi Takenaga, Shigeo Abe, Masao Takatoo, Masahiro Kayama, Tadaaki Kitamura and Yosiyuki Okuyama, Hitachi, Ltd. , Japan |
|
| 2n-Tree Classifiers for Realtime Image Segmentation |
121 |
| Byron E. Dom and David Steele, IBM Almaden Research Center, USA |
|
| Associative Contour Processing |
125 |
| Avidan J. Akerib and Smil Ruhman, Weizmann Institute of Science, Israel |
|
| Multi-Precision Position Measuring Method with R-HPSD Scheme |
129 |
| Masanori Idesawa, Riken: The Institute of Physical and Chemical Research, Japan |
|
| Extracting Shape and Reflectance of Glossy Surfaces by Using 3D Photometric Sampling Method |
133 |
| Hideichi Sato, Shree K. Nayar and Katsushi Ikeuchi, Carnegie Mellon University, USA |
|
| A Method for the Synchronized Acquisition of Cylindrical Range and Color Data |
137 |
| Yasuhito Suenaga and Yasuhiko Watanabe, NTT, Japan |
|
| Stereo Reconstruction through Disparity Space |
143 |
| Richard Baldwin*, Katsuhiko Sakaue**, Hiromitsu Yamada** and Kazuhiko Yamamoto**, *Polytechnic of East London, **Electrotechnical Laboratory (Japan), UK |
|
| Generation of 3-D Models Based on Image Fusion of Range Data |
147 |
| Yasuo Sakaguchi, Hirokazu Kato, Kosuke Sato and Seiji Inokuchi, Osaka University, Japan |
|
| Techniques for Line Drawing Interpretation: An Overview (Invited) |
151 |
| Rangachar Kasturi*, Senthil Siva* and Lawrence O'Gorman**, *The Pennsylvania State University, **AT&T Bel! Laboratories, USA |
|
| Knowledge-Based Interpretation of Road Maps Based on Symmetrical Skeletons |
161 |
| Markus Ilg and Robert Ogniewicz, ETH-Zentrum, Switzerland |
|
| Raster to Vector Conversion in a Map Interpretation System |
165 |
| Paul C. K. Kwok* and T. John Turner**, *The University of Calgary, **DataSpan Technology, Inc. , Canada |
|
| Geographical Feature Analysis Using an Integrated Graphic Information Processing System |
169 |
| Kazuaki Iwamura, Yasuei Nomoto, Shigeru Kakumoto and Masakazu Ejiri, Hitachi, Ltd. , Japan |
|
| Randomized Hough Transform (RHT) in Engineering Drawing Vectorization System |
173 |
| Pekka Kultanen*, Erkki Oja* and Lei Xu**, *Lappeenranta University of Technology, **Peking University (PRC), Finland |
|
| Descriptive Ability of Drawing Image Understanding Framework Using State Transition Models |
199 |
| Shin'ichi Satoh and Masao Sakauchi, University of Tokyo, Japan |
|
| Interpretation of Mechanical Engineering Drawings for Paper-CAD Conversion |
203 |
| Pascal Vaxivière* and Karl Tombre**, *ESSTIN, **CRIN - INRIA Lorraine, France |
|
| Development of an Automatic Recognition System for Plant Diagrams |
207 |
| Takashi Futatsumata, Go Shichino, Jun'ichi Shibayama and Akira Maeda, Mitsubishi Electric@Corporation, Japan |
|
| An Automatic Recognition System of Assembly Drawings |
211 |
| Yong-Qing Cheng, Yu-Long Cao and Jing-Yu Yang, East China Institute of Technology, PRC |
|
| Character Font Coding and Processing by Polycurve Codes |
|
| Chang Y. Choo, Worcester Polytechnic Institute, USA |
|
| Recognition of Roads in an Urban Map by Using the Topological Road-Network |
215 |
| Takuya Hayakawa*, Toyohide Watanabe*, Yuuji Yoshida* and Kunio Kawaguchi**, *Nagoya University, **Sony Corporation, Japan |
|
| Automated Height Information Acquisition from Topographic Map |
219 |
| Sukit Viseshsin and Shunji Murai, University of Tokyo, Japan |
|
| An Interactive Colour Line Recognition System for Seismic Section Digitisation |
223 |
| Jonathan Shapiro and Jin Zhengping, The Turing Institute, UK |
|
| Two Systems for Converting Raster Data to Numerical Control Data |
227 |
| Robert H. Thibadeau* and Dale M. McNulty**, *Carnegie Mellon University, **University of California, Irvine, USA |
|
| FIHT2 Algorithm: A Fast Incremental Hough Transform |
233 |
| Hiroyasu Koshimizu* and Munetoshi Numada**, *Chukyo University, **Lossev Technology Corp. , Japan |
|
| Finding Line Segments by Surface Fitting to the Hough Transform |
237 |
| Wayne Niblack and Tai Truong, IBM Almaden Research Center, USA |
|
| Automatic Fire Detection by Changing Region Analysis Based on Geographic Information |
241 |
| Hideo Numagami and Akio Okazaki, Toshiba Corporation, Japan |
|
| Precision Measurement in Low Resolution Imagery |
245 |
| D. C. Douglas Hung* and O. R. Mitchell**, *New Jersey Institute of Technology, **University of Texas at Arlington, USA |
|
| An Adaptive Algorithm for Edge Detection with Subpixel Accuracy in Noisy Images |
249 |
| Jesse S. Jin, University of Otago, New Zealand |
|
| A Comparison of Fiducial Shapes for Machine Vision Registration |
253 |
| Lawrence O'Gorman, Alfred M. Bruckstein, Chinmoy B. Bose and Israel Amir, AT&T Bell Laboratories, USA |
|
| Texture Discrimination Using an Adaptive Multiresolution Network Filter |
257 |
| Hiroshi Sakou, Hitoshi Matsushima and Masakazu Ejiri, Hitachi, Ltd. , Japan |
|
| Identification of Core and Delta Points in Fingerprint Images |
263 |
| V. S. Srinivasan, CMC Ltd. , India |
|
| Face Recognition without Features |
267 |
| Matthew Turk and Alex Pentland, Massachusetts Institute of Technology, USA |
|
| Identifying Regions of Interest in Complex Imagery |
271 |
| Ronald P. Blanford and Mark R. Thomsen, TRW Inc. , USA |
|
| Region Tracking through Neural Classifier |
275 |
| Patrick Thévenoux* ** and Pascal Vincent*, *Aerospatiale DE/E/ETRI, **ETCA/CREA/SP, France |
|
| A Unified Approach to Tracking, Motion and Structure from Motion in a Long Monocular Sequence |
|
| Zhengyou Zhang and Olivier Faugeras, INRIA Sophia-Antipolis, France |
|
| 3-D Shape Reconstruction from Camera Motion with Inexact Motion Parameters |
279 |
| Keisuke Kinoshita and Koichiro Deguchi, University of Tokyo, Japan |
|
| Rigid and Nonrigid Motion Analysis: Robust Recovery of 3-D Structure and Motion |
283 |
| Hiroyuki Morikawa and Hiroshi Harashima, University of Tokyo, Japan |
|
| Automatic Classification of Fingerprint Images |
287 |
| Babu M. Mehtre* and Anil K. Jain**, *CMC Ltd. , **Michigan State University (USA), India |
|
| Feature Extraction from Front and Side Views of Faces for 3D Facial Model Creation |
291 |
| Taka-aki Akimoto, Richard Wallace and Yasuhito Suenaga, NTT, Japan |
|
| Natural Surface Characterization by Multifractals |
295 |
| Fabio Arduini, Stefano Fioravanti and Daniele D. Giusto, University of Genoa, Italy |
|
| Automatic Digitizing of the Colour-Layer of Thematic Maps |
299 |
| Rune Espelid, Nils Arne Alvsvaag, Jan Eileng and Ivar Skauge, IBM Bergen Scientific Centre, Norway |
|
| A Real Time Simulated Human Vision System Using Connectionist Models Applied to Target Tracking |
303 |
| Hidenori Inouchi*, Niall McLloghlin* and David Vernon**, *Hitachi Dublin Laboratory, **Trinity College, Ireland |
|
| Architectures for Multidimensional Low- and Intermediate Level Image Processing (Invited) |
307 |
| Pieter P. Jonker, Erwin R. Komen and Robert P. W. Duin, Delft University of Technology, The Netherlands |
|
| Multiresolution Pyramid Architectures for Real-Time Motion Analysis |
317 |
| Peter J. Burt, David Sarnoff Research Center, USA |
|
| SimPar - A Programmer Oriented Software Environment for the Pyramidal Vision Machine SPHINX |
323 |
| Edwige E. Pissaloux, Samir Bouaziz, Alain Mérigot and Francis Devos, Université Paris XI, France |
|
| Mapping an N * N Image on P Processors |
327 |
| Erwin R. Komen, Wouter B. Teeuw, Robert P. W. Duin and Pieter P. Jonker, Delft University of Technology, The Netherlands |
|
| Single-Chip High-Speed Computation of Optical Flow |
331 |
| Per-Erik Danielsson, Par Emanuelsson, Keping Chen, Per Ingelhag and Christer Svensson, Linkoping University, Sweden |
|
| Camera Calibration by Computational Projective Geometry |
363 |
| Kenichi Kanatani and Yasuhiro Onodera, Gunma University, Japan |
|
| When Should We Consider Lens Distortion in Camera Calibration |
367 |
| Yi-Ping Hung and Sheng-Wen Shieh, Academia Sinica, ROC |
|
| 3D Structure from Motion Using Homocentric Spherical Spatiotemporal Image Analysis |
371 |
| Takayuki Yasuno and Teruo Hamano, NTT, Japan |
|
| Edge Visibility Regions - A New Representation of the Environment of a Mobile Robot |
375 |
| Raj Talluri and J. K. Aggarwal, University of Texas at Austin, USA |
|
| A Study of Moving Object Detection from Unstable Motion Picture |
381 |
| Hirofumu Ishii, Toshiyuki Kawara, Isao Kawahara and Makoto Fujimoto, Matsushita Electric Industrial Co. , Ltd. , Japan |
|
| Map-Driven Image Interpretation by Associative Model Indexing |
385 |
| Gianluca Foresti, Vittorio Murino, Carlo S. Regazzoni and R. Zunino, University of Genoa, Italy |
|
| Video-Rate Image Processing System for an Autonomous Personal Vehicle System |
389 |
| Mayumi Ohzora*, Tohru Ozaki*, Shigeru Sasaki*, Masumi Yoshida* and Yoshitaka Hiratsuka**, *Fujitsu Laboratories Ltd. , **Fujitsu Limited, Japan |
|
| Real Time Algorithms for Obstacle Avoidance by Using Reprojection Transformation |
393 |
| Zhigang Zhu and Xueyin Lin, Tsinghua University, PRC |
|
| HERMIA: An Heterogeneous and Reconfigurable Machine for Image Analysis |
397 |
| Gaetano Gerardi, Franco Chiavetta, Vito Di Gesù and Domenico Tegolo, Università di Palermo, Italy |
|
| Advanced Vision Processor with an Overall Image Processing Unit and Multiple Local Image Processing Modules |
401 |
| Hiroaki Kubota, Kazuhiro Fukui, Minoru Ishikawa, Hiroshi Mizoguchi and Yoshinori Kuno, Toshiba Corporation, Japan |
|
| Component Labeling on SIMD-SPMD Architecture |
405 |
| P. Duclos*, G. Giraudon**, P. Kaplan*, M. Auguin* and F. Boeri*, *Universite de Nice, **INRIA Sophia-Antipolis, France |
|
| Processing Elastic Patterns the Massively Parallel Way |
409 |
| Francis Van Aeken and Yves Demazeau, Vrije Universiteit Brussel, Belgium |
|
| Application of Hopfield Network to Human-Guided Contour Extraction. |
413 |
| Makoto Kato, Toyohisa Morita, Shin'ichiro Miyaoka and Makoto Noumi, Hitachi, Ltd. , Japan |
|
| Feedforward Static Neural Networks for Image Compression |
* |
| Roman W. Swiniarski, Nancy Arnonne and Jeff Feynman, San Diego State University, USA |
|
| Using Geometric Model Guided Active Contour Method for Traffic Sign Detection |
417 |
| Long Quan* and Roger Mohr**, *CRIN - INRIA Lorraine, **LIFIA-IMAG, France |
|
| A Computer Vision System that Assembles Canonical Jigsaw Puzzles Using the Euclidean Skeleton and Isthmus Critical Points |
421 |
| Roger W. Webster*, Paul W. Ross*, Paul S. LaFollette** and Robert L. Stafford**, *Millersville University, **Temple University, USA |
|
| A Coarse to Fine Corner-Finding Method |
427 |
| Carlo Arcelli*, Andreas Held** and Keiichi Abe**, *Istituto di Cibernetica, C. N. R. (Italy), **Shizuoka University, Japan |
|
| Handwriting Model Adjustable to Writers |
431 |
| Nobuyuki Kita, Electrotechnical Laboratory, Japan |
|
| Off-line Shorthand Recognition System |
437 |
| R. Ethindra Kumar, A. Agarwal and Arun K. Pujari, University of Hyderabad, India |
|
| Word Based Recognition of Cursive Script |
441 |
| P. V. S. Rao, Tata Institute of Fundamental Research, India |
|
| A High Speed Word Matching Algorithm for Handwritten Chinese Character Recognition |
445 |
| Katsumi Marukawa, Masashi Koga, Yoshihiro Shima and Hiromichi Fujisawa, Hitachi, Ltd. , Japan |
|
| Decision Feedback Equalisation for Document Input |
451 |
| John Bernsen, Philips Research Laboratories, The Netherlands |
|
| 'Symbolic Subtraction' of Fixed Formatted Graphics and Text from Filled In Forms |
457 |
| Gerd Maderlechner, Siemens AG, FRG |
|
| Recognition of Document Structure on the Basis of Spatial and Geometric Relationships between Document Items |
461 |
| Qin Luo, Toyohide Watanabe, Yuuji Yoshida and Yasuyoshi Inagaki, Nagoya University, Japan |
|
| Knowledge-Based System for Structured Document Recognition |
465 |
| A. Belaïd*, J. J. Brault** and Y. Chenevoy*, *CRIN - INRIA Lorraine, **Ecole Polytechnique de Montréal (Canada), France |
|
| Model Based Understanding of Document Images |
471 |
| Koichi Kise*, Ken'ichi Momota**, Masaki Yamaoka**, Jun'ichi Sugiyama**, Noboru Babaguchi** and Yoshikazu Tezuka**, *University of Osaka Prefecture, **Osaka University, Japan |
|
| A Segmentation Free Approach to Symbol Extraction and Recognition from Image Document |
475 |
| Maurice Milgram, Mattieu Jobert and Bertrand Lamy, University of Pierre & Marie Curie, France |
|
| Document Recognition System with Layout Structure Generator |
479 |
| Yoshitake Tsuji, Hiroyuki Kami, Masaaki Mizuno, Toshiyuki Tanaka, Haruhiko Tanaka, Masao Iwashita and Tsutomu Temma, NEC Corporation, Japan |
|
| Anatomy of a Page Reader |
483 |
| Henry S. Baird, AT&T Bell Laboratories, USA |
|