| 3D Cone-beam Tomography for Non-destructive Testing(Invited) | 1 | |
| Per-Erik Danielson, Linkoping Univ. , Sweden |
| |
| Real-time Geometric Distortion Correction and Image Processing on the 1D SIMD architecture IVIP | 9 | |
| Anders Aström** and Folke Isaksson**, *Linköping Univ. , **Saab Missiles AB, Sweden |
| |
| A Compact 30GIPS Real-Time Vision System RVS-2 | 13 | |
| ShinIchiro Okazaki, Yoshihiro Fujita and Nobuyuki Yamashita, NEC Corp. , Japan |
| |
| Object Recognition Using Conic-Based Invariants from Multiple Views | 17 | |
| Osamu Takae, Yoshinori Kuno, Jun Miura and Yoshiaki Shirai, Osaka Univ. , Japan |
| |
| Rapid Recognition of Elementary Surface Shapes in Cluttered Range Images Using Tripod Operators | 21 | |
| Frank Pipitone, Naval Research Laboratory, USA |
| |
| Region Correspondence for Color Scene Images Taken from Different Viewpoints | 26 | |
| Caihua Wang and Keiichi Abe, Shizuoka Univ. , Japan |
| |
| Connectivity in High Dimensional Images, | 30 | |
| Pieter P. Jonker and Albert M. Vossepoel, Delft Univ. of Technology, The Netherlands |
| |
| A Multi-scale Approach for Crest Line Extraction in 3D Medical Images | 34 | |
| Olivier Monga*, Richard Lengagne*, Rachid Deriche*, Song De Ma**, *INRIA **Academia Sinica, *France, ** China |
| |
| Represent and Acquire Knowledge for the Development of Autonomous Vision System | 38 | |
| Xiaobu Yuan, Memorial Univ. of Newfoundland, Canada |
| |
| Range Image Integration Based on 2D Shape Matching | 44 | |
| Hitoshi Wakizako*, Sei-ichiro Kamata** and Eiji Kawaguchi**, *YASKAWA Electric Corp. , **Kyushu Institute Technology, Japan |
| |
| Automated Map-Drawing Digitizing Technology Based on Scanner Input | 48 | |
| S. Ablameyko, V. Bereishik and A. Kryuchkov, Belarusian Academy ofSciences, Belarus |
| |
| A New Retina-Like Visual Sensor Performing the Polar Transform | 52 | |
| Cheon Woo Shin and Seiji Inokuchi, Osaka Univ. , Japan |
| |
| Fuzzy Relational Model with 3-D Structural Information of Objects | 57 | |
| Gang Dong, Tomohiro Yamaguchi and Masahiko Yachida, Osaka Univ., Japan |
| |
| A Fuzzy Reasoning Rule-Based System for Lace Pattern Detection | 61 | |
| Nasser Sherkat, Chi-Hsien V. Shih and Peter Thomas, The Nottingham Trent Univ. , UK |
| |
| Generating Symbolic Descriptions of Two-dimensional Blocks World | 65 | |
| A. Sowmya and K. W. E. Lee, Univ. of New South Wales, Australia |
| |
| Machine Vision Algorithms on a Color Blindness Plate | 71 | |
| Yung-Sheng Chen and Yu-Chang Hsu, Yuan-Ze Institute of Technology, Taiwan |
| |
| A High-Speed Character Contour-Fill Method Using an Edge-Flag List | 75 | |
| Kazuki Nakashima*, Masashi Koga*, Katsumi Marukawa*, Yoshihiro Shima* and Yasuaki Nakano**, *Hitachi, Ltd. , **Shinshu Univ. , Japan |
| |
| Video Retrieval Method Using a Sequence of Representative Images in a Scene | 79 | |
| Akio Nagasaka, Takafumi Miyatake and Hirotada Ueda, Hitachi, Ltd. , Japan |
| |
| Image Analysis for Automated Pavement Cracking Evaluation | 83 | |
| Hideki Shimamura, Kazuhiro Oonuma, Yoshizumi Yasuda, Univ. of Chiba, Japan |
| |
| From Step Edge to Line Edge: Combining Geometric and Photometric Information | 87 | |
| Alain Filbois and Didier Gemmerlé, CRIN/CNRS - INRIA Lorraine, France |
| |
| On a Segmentation Algorithm of Lines of Hough Transform using Discriminant Analysis - on the Enforcement of the Platform of Hough Transform - | 91 | |
| Kunihito Kato, Kazuhito Murakami and Hiroyasu Koshimizu, Chukyo Univ., Japan |
| |
| Skew Detection Using Directional Profile Analysis | 95 | |
| Stephen W. K. Lam and Victor C. Zandy, State Univ. of New York at Buffalo, USA |
| |
| A Modified Simulation Environment for Reconfigurable Multicomputer Systems in Digital Image Processing Applications | 99 | |
| Francisco J. Quiles Flor and Antonio Garrido del Solo, Campus Univ. , Spain |
| |
| Automatic Switching System of Rotary DIP Switch in Inspection of Digital Relay Board | 103 | |
| Tetsuya Matsumoto*, Yoichi Kitagawa* , Yukako Takizawa* and Takumi Minemoto** , *Hyogo�@Prefectural Institute of Industrial Research, **Kobe Univ. , Japan |
| |
| Robust Line Drawing Understanding Incorporating Efficient Closed Symbols Extraction | 107 | |
| Shin'ichi Satoh*, Hiroshi Mo** and Masao Sakauchi**, *National Center for Science Information Systems, ** Univ. of Tokyo, Japan |
| |
| A Pixel Voting Method to Recover 3D Object Shape from 2D Images | 111 | |
| Kenpo Tsuchiya*, Shuji Hashimoto* and Toshiaki Matsushima**, * Waseda Univ. , ** Toho Univ. , Japan |
| |
| Synchronization between Image, Sound and Scenario Document using DP Matching | 115 | |
| Yoshitomo Yaginuma, Makoto Kageyama and Masao Sakauchi, Univ. of Tokyo, Japan |
| |
| A B-Spline Based Algorithm for Shape From Shading | 119 | |
| Gu Junxiao* and Visakan Kadirkamanathan**, *Ministry of Astronautics Industry of China, ** Univ. of Sheffield, *China, ** UK |
| |
| Curvilinear Network Extraction from Remotely Sensed Images | 123 | |
| Mark R. Dobie, Paul H. Lewis and Mark S. Nixon, Univ. of Southampton, UK |
| |
| Image Segmentation Using both Edge and Region Information | 127 | |
| Takahiro Sugiyama and Keiichi Abe, Shizuoka Univ. , Japan |
| |
| Visual Control of a Robot Head | 131 | |
| Han Wang, Stan Z. Li and E. K. Teoh, Nanyang Technological Univ. , Singapore |
| |
| Stroke Extraction as a Basis for Structural Analysis of Document Images by Modified MCR Expression | 135 | |
| Supoj Chinveeraphan, AbdelMalek B. C. Zidouri and Makoto Sato, Tokyo Institute of Technology, Japan |
| |
| 3D Object Model Fitting to Still Images Using Linear Combination Method of 2D Aspect Images | 139 | |
| Hiroyasu Sakamoto* and Masahide Kawakami**, *Kyushu Univ. of Design, **Namko Co. , Japan |
| |
| A System for Recognizing Forms and Characters on Cylindrical Objects | 143 | |
| Tapio Seppänen*, Pasi Hyttinen*, Matti Pietikäinen* , Hannu Hahtala** and Jukka Rajala**, * Univ. of Oulu, **Sypal Inc. , Finland |
| |
| Obtaining 3-D shape from Silhouette Informations Interpolated by Photometric Stereo | 147 | |
| Changsuk Cho, Haruyuki Minamitani, Keio Univ. , Japan |
| |
| The Parallel Detection of Interesting Points in Distance Transform for Image Matching | 151 | |
| J. You*'**, E. Pissaloux*, T. Dahlin** and W. P. Zhu**, *Univ. Paris, France, **The Univ. of South Australia, **Australia |
| |
| A Segmentation's Technique for Volumetric Calculation of Multiple Scleroses in Nuclear Magnetic Resonance Imaging | 155 | |
| S. Reboul*, A. Taleb-Ahmed*, S. Telliez*, D. Caparros-Lefebvre**, J. P. Pruvo** and J. P. Dubus***, *Lab. instrumentation du signal, de l'image et des réseaux de Calais, **Lab. de neuroradiologie de Lille, ***Lab. de mesure automatique de Lille, ***Lab. de neuroradiologie de Lille, France |
| |
| Comparing Some Tools Useing Frequency Domain for the Estimation of 1-d (and 2-d) Disparity | 159 | |
| Yann Yvinec and Bernard Thiesse, Laboratoire Informatique et Mathematiques Appliquées, France |
| |
| Uncalibrated Stereo Vision with Pointing for a Man-Machine Interface | 163 | |
| Roberto Cipolla, Paul A. Hadfield and Nicholas J. Hollinghurst, Univ. of Cambridge, UK |
| |
| Evaluating the TERASYS System for Image Processing Tasks | 167 | |
| Patrick D. Krolak and Patrick G. Mullins, Univ. of Massachusetts Lowell, USA |
| |
| Efficient Algorithms for Octree Motion | 172 | |
| Andrew Smith, Yoshifumi Kitamura and Fumio Kishino, ATR, Japan |
| |
| Movement Tracer System Using Non-Parallel Multiple Line Detectors and High Order Correlation Analysis | 178 | |
| Masashi Sakamoto, Keisuke Kameyama, Katsuyuki Kuwano, Takuso Sato, Tokyo Institute of Technology, Japan |
| |
| Disparity Selection in Binocular Pursuit | 182 | |
| Atsuto Maki, Tomas Uhlin and Jan-Olof Eklundh, Royal Institute of Technology, *Sweden, **Japan |
| |
| An Integration Algorithm for Stereo, Motion and Color in Real-Time Applications | 186 | |
| Minoru Etoh and Hiroshi Arakawa, Matsushita Electric Industrial Co. ,Ltd. , Japan |
| |
| Thorough ZDF-Based Localization for Binocular Tracking | 190 | |
| N. Kita*, S. Rougeaux**, Y. Kuniyoshi* and S. Sakane*, *ETL, **Institut d'Informatique d'Entreprise, * Japan **France |
| |
| Virtual Gun, A Vision Based Human Computer Interface Using the Human Hand | 196 | |
| James J. Kuch and Thomas S. Huang, Univ. of Illinois, USA |
| |
| Analysis and Representation of Computer Vision Systems by the Object-Process Methodology (Invited) | 200 | |
| Dov Dori, TECHNION, Israel |
| |
| An Efficient Agglomerative Clustering Algorithm for Region Growing | 210 | |
| Takio Kurita, ETL, Japan |
| |
| Adaptive Energy Function for Active Net | 214 | |
| Kazuyoshi Yoshino, Mio Maki, Toshio Kawashima and Yoshinao Aoki, Hokkaido Univ. , Japan |
| |
| A High Level Merging Tool in Image Segmentation Applications | 218 | |
| P. Charnier, E. Ahronovitz and C. Fiorio, Univ. Montpellier, France |
| |
| Segmentation of Scanned Maps in Uniform Color Spaces | 222 | |
| B. Lauterbach* and W. Anheier**, ** Univ. of Bremen, Germany |
| |
| Recognition of Cartographic Symbols | 226 | |
| Sushil Bhattacharjee and Gladys Monagan, Swiss Federal Institute of Technology (ETH), Switzerland |
| |
| On the Extraction of Various Regions in Vector Maps | 230 | |
| Guofang Jiao*, Eihachiro Nakamae*, Katsumi Tadamura* and Hiroyuki Inuyama**, *Hiroshima Prefectural Univ. , **Sanei Giken Co,,Ltd. , Japan |
| |
| An Interactive Map Drawing Recognition System with Learning Ability | 235 | |
| Wei Lu, Masao Sakauchi, Univ. of Tokyo, Japan |
| |
| Automatic Recognition of Linear features, Symbols and Textured Areas within Maps | 239 | |
| David G. Elliman and Madhumita Sen-Gupta, Univ. of Nottingham, UK |
| |
| Understanding Electronic Circuit Diagrams and Linking with ORCAD | 243 | |
| Shi Zesheng, Jiang Cunhong, Li Si fang and Yang Jing, Univ. of Science and Technology of China, China |
| |
| Determination of End Points and Length of a Straight Line using the Hough Transform | 247 | |
| M. Atiquzzaman* and M. W. Akhtar**, *La Trobe Univ. , **King Fahd Univ. of Petroleum & Minerals, Australia |
| |
| Recognition of Numeric Strings with Notation Rules Using String Checking | 251 | |
| Katsumi Marukawa, Kazutoshi Takakura, Taro Hayashi, Masashi Koga and Yoshihiro Shima, Hitachi, Ltd. , Japan |
| |
| From Computer Vision to Document Recognition or Using Labeling Technique for Map Interpretation | 255 | |
| S. Ablameyko, O. Frantskevich, Belarusian Academy of Sciences, Belarus |
| |
| Using an Octree-Based RAG in Hyper-Irregular Pyramid Segmentation of Texture Volume | 259 | |
| Horace H. S. Ip and Stephen W. C. Lam, City Polytechnic of Hong Kong, Hong Kong |
| |
| A Fast Corner Detection Algorithm Based on Area Deviation | 263 | |
| Zhou Hao and Shao Lejun, Nanyang Technological Univ. , Singapore |
| |
| An Intelligent Document Understanding & Reproduction System | 267 | |
| M. Sharpe, N. Ahmed and G. Sutcliffe, James Cook Univ. of North Queensland, Australia |
| |
| Methods to Estimate Areas and Perimeters of Blob-like Objects: a Comparison | 272 | |
| Luren Yang, Fritz Albregtsen, Tor Lønnestad and Per Grøttum, Univ. of Oslo, Norway |
| |
| A Statistically Unbiased Method for Computing the Rotation Angles from Image Sequences | 277 | |
| Han Wang, Stan Z. Li and E. K. Teoh, Nanyang Technological Univ. , Singapore |
| |
| Reconstruction of 3-D Terrain Data from Contour Map | 281 | |
| Jin-Seon Lee and Seung-Jong Chung, Chonbuk National Univ. , Korea |
| |
| Direct Reconstruction of Planar Surfaces by Stereo Vision | 285 | |
| Yasushi Kanazawa* and Kenichi Kanatani**, *Gunma College of Technology, **Gunma Univ. , Japan |
| |
| Directional Voting with Geometric Hashing for Three Dimensional Object Recognition | 289 | |
| Shun'ichi Kaneko, Masahiro Shibata and Tsunenori Honda, Tokyo Univ. of Agriculture and Technology, Japan |
| |
| Use of Three-Dimensional Templates for Multiple Skeletons | 293 | |
| Masato Masuya and Junta Doi, Univ. of Tokyo, Japan |
| |
| A study of Joint Set Modeling Based on Edge-Base Stereo Matching | 297 | |
| Takeshi Doihara*, Tatsuo Ikeda*, Kazuo Oda*, Masahiro Idogaki**, Yasuo Uchita**, Kazuhiko Onuma*** and Yoshizumi Yasuda***, *Asia Air Survey Co. ,Ltd. , ** The Kansai Electric Power Co. ,Inc. , ***Ckiba Univ. Japan |
| |
| Vector-based Editing Method of Drawings for Facility Maintenance | 301 | |
| Hideaki Maehara, Jun'ichi Shibayama, Jun Sawamoto, Mitsubishi Electric Corp. , Japan |
| |
| Analyses of Graphical Features of Textiles by Human Impressions | 307 | |
| Utsuno Naoki, Toru Inohara, Yuudai Morohara, Kunio Kondo, Hisashi Sato and Shizuo Shimada, Saitama Univ. Japan |
| |
| The Recognition of Printed Korean Characters by ART-Based Neural Network Hierarchy | 311 | |
| Yong Tae Woo*, Ji Hyun Ki**, Bong Goo Lee* and Narn Il Lee**, *Changwon National Univ. , **Andong National Univ. , Korea |
| |
| 3D Modelling of In-Door Scenes Using Laser Range Sensing | 315 | |
| Vitor Sequeira*, João G. M. Gonçalves* and M. Isabel Ribeiro**, *European Commission Joint Research Centre, **Instituto Superior Técnica, *Italy, ** Portugal |
| |
| Generation of a Position Tolerant Representation of Edges | 319 | |
| B. Mertsching*, J. Schnusenberg*, S. Neusser** and T. Schwederski**, * Univ. of Hamburg, **Institute for Microelectronics Stuttgart, Germany |
| |
| 3D-Environment Measurement System for Large-Scale Structure Manufacturing | 325 | |
| Toshiyuki Aoki* and Kohji Kamejima**, *Hitachi,Ltd. , **Osaka Institute of Technology, Japan |
| |
| Avoiding Redundant Processing in Gradient Based Edge Detection | 330 | |
| Martin J. J. Scott and Richard W. Prager, Cambridge Univ. , UK |
| |
| A Method of Understanding Conceptual Diagrams | 334 | |
| Noriyoshi Yoneda, Koichi Kise, Shinobu Takamatsu and Kunio Fukunaga, Univ. of Osaka Prefecture, Japan |
| |
| Employing Symmetric Subsets for Identifying Asymmetry of Human Skulls | 338 | |
| Teruhito Takeda, Seiji Ishikawa and Kiyoshi Kato, Kyushu Institute of Technology, Japan |
| |
| The Mask Tuning Scheme for Texture Feature Extraction and Its Parallel Implementation | 342 | |
| J. You*,**, H. A. Cohen*** and E. Pissaloux*, * Univ. Paris, **The Univ. of South Australia, ***La Trobe Univ. , *France, **,***Australia |
| |
| Repeated Sampling to Improve Classifier Accuracy | 346 | |
| Jiangying Zhou and Daniel P. Lopresti, Panasonic Technologies, Inc. , USA |
| |
| Obtaining Environment Model Using Behavior-Based Robot System | 352 | |
| Koji Kato, Hiroshi Ishiguro and Saburo Tsuji, Osaka Univ. , Japan |
| |
| Evaluation of Effectivity of Omnidirectional Image Sensor COPIS in a Real Environment | 356 | |
| Ryota Hiura, Yasushi Yagi and Masahiko Yachida, Osaka Univ. , Japan |
| |
| An Algorithm for Understanding of Color Vision | 360 | |
| T. J. Fang, Y. Z. Chen, L. M. Tao, G. Z. Yao and Y. J. Wang, Academia Sinica, China |
| |
| Automated Building Height Extraction and Building Detection from High Resolution Aerial and Space Imagery | 364 | |
| Taejung Kim and Jan-Peter Muller, Univ. College London, UK |
| |
| Image Separation between Natural and Artificial Objects Using Fractal Dimension | 368 | |
| Shuichi Fukuda, Tokyo Metropolitan Institute of Technology, Japan |
| |
| Off-line Handwriting Recognition by Statistical Correlation | 371 | |
| G. Saon, A. Belaçd and Y. Gong, CRIN/CNRS - INRIA Lorraine, France |
| |
| Texture Features from Gray level Gap Length Matrix | 375 | |
| Wang Xinli*, Fritz Albregtsen* and Bent Foyn**, * Univ. of Oslo, ** The Norwegian Pulp and Paper Research Institute, Norway |
| |
| A Coarse to Fine Search Technique to Detect Circles in Images | 379 | |
| M. Atiquzzaman, La Trobe Univ. , Australia |
| |
| Mesh Pattern Recognition Using Correlation Matching Method, | 383 | |
| Chin-Chuan Han and Kuo-Chin Fan, National Central Univ. , Taiwan |
| |
| An Automatic Tree Ring Measurement System | 387 | |
| Wang Xinli*,**, Bent Foyn* and Fritz Albregtsen**, *The Norwegian Pulp and Paper Research Institute, **Univ. of Oslo, Norway |
| |
| Edge Extraction Method Based on Separability of Image Features | 391 | |
| Kazuhiro Fukui, Toshiba Corp. , Japan |
| |
| Hierachic Texture Classification Using Morphological Gradients and Genetic Algorithms | 397 | |
| Po-Long Tian, Jia-Hong Lee and Yuang-Cheh Hsueh, National Chiao Tung Univ. , Taiwan |
| |
| Solving Inverse Problems in Computer Vision by Scale Space Reconstruction | 401 | |
| A. G. Jones and C. J. Taylor, Univ, of Manchester, UK |
| |
| Adaptive Contour Model Using Texture Feature Vectors | 405 | |
| Roman Durikovic, Kazufumi Kaneda, Hideo Yamashita, Hiroshima Univ,, Japan |
| |
| 3D Shape Reconstruction of Unfolded Book Surface from a Scanner Image -Shape from Shading with Interreflections under Proximal Light Source | 409 | |
| Hiroyuki Ukida, Toshikazu Wada and Takashi Matsuyarna, Okayama Univ. , Japan |
| |
| 3D Information Acquisition from Spatiotemporal Image Created by a Hyperbolic Slit | 413 | |
| Chunxiao Li*, Heitou Zen** and Masao Sakauchi*, *Univ. of Tokyo, **Tokyo Univ. of Mercantile Marine, Japan |
| |
| An Autonomous Three-Dimensional Vision Sensor with Ears | 417 | |
| Shigeru Ando, Univ. of Tokyo, Japan |
| |
| Reconstruction of 3D Objects from Three Orthographic Projections Using a Decision Chaining Method | 423 | |
| R. E. Marston and M. H. Kuo, Univ. of Nottingham, UK |
| |
| A Procedure for Segmenting Touching Numbers in Cadastral Maps | 427 | |
| Gladys Monagan, Swiss Federal Institute of Technology (ETH), Switzerland |
| |
| A Local-to-Global Approach to Complex Document Layout Analysis | 431 | |
| Stephen W. K. Lam, State Univ. of New York at Buffalo, USA |
| |
| An Efficient OCR Error Correction Method for Japanese Text Recognition | 435 | |
| Toru Hisamitsu, Katsumi Marukawa, Yoshihiro Shima, Hiromichi Fujisawa and Yoshihiko Nitta, Hitachi, Ltd. , Japan |
| |
| An Algorithm to Restore a Curved Object from Three Orthographic Views by Using Probabilistic Relaxation Matching Method | 439 | |
| Tomoyuki Iwama*, Takahiko Horiuchi*, Kazuo Toraichi*, Hiromitsu Yamada** and Kazuhiko Yamamoto**, * Univ. of Tsuhuba, **ETL, Japan |
| |
| The Recognition of the Composition of Paintings by Chinese Flower and Bird Painters | 443 | |
| Da-Yu Liu and Yoshinao Aoki, Hokkaido Univ. , Japan |
| |
| A High-Speed Document Image Classifier | 447 | |
| Shao Lejun, Nanyang Technological Univ. , Singapore |
| |
| Analysis System of Mixed Documents Consisting of Handwritten Korean/Alphanumeric Texts and Graphic Images | 451 | |
| Chang Bum Lee*, Dong-Gyu Si***, In Kwon Kim**, Young Kug Ha*** and RaeHong Park**, *Electronics and Telecommunications Research Institute, **Sogang Univ. , Korea |
| |
| 3-D Shape Reconstruction from Endoscope Image Sequences by the Factorization Method | 455 | |
| Koichiro Deguchi, Tsuyoshi Sasano, Himiko Arai and Yutaka Yoshikawa, Univ. of Tokyo, Japan |
| |
| Image Segmentation Based on Fuzzy Clustering Algorithm | 460 | |
| Chaur-Heh Hsieh, Chung-Ming Kuo, Chung-Woei Chao and Po-Chiang Lu, Chung Cheng, Institute of Technology, Taiwan |
| |
| Derivative-Based Optical Flow Estimation: Controlled Comparison of First- and Second- Order Methods | 464 | |
| Jonathan W. Brandt, JAIST, Japan |
| |
| Image Complexity Analysis for Self-Tuning Pattern Regeneration in Open Environment Knowledge Projection | 470 | |
| Kohji Kamejima*, Masakazu Ejiri** and Yuriko C. Watanabe**, *Osaka Institute of Technology, **Hitachi, Ltd. , Japan |
| |
| Cooperation of 3D Segments and 3D Facets information for Object Reconstruction | 474 | |
| Didier Gemmerlé and Alain Filbois, CRIN/CNRS - INRIA Lorraine, France |
| |
| A Thresholding Approach for Segmenting Deteriorated SEM Images in an Automated X-ray Mask Visual Inspection System | 478 | |
| Minoru Ito, Kogakuin Univ. , Japan |
| |
| A Processor Architecture for Discrete Wavelet Transform Processing of Gray Level Image. | 482 | |
| P. E. Indrajit Dimyati and Tati L. R. Mengko, Institut Teknologi Bandung (ITB), Indonesia |
| |
| A Novel Approach for Detection of Edges in Range Images Using Splines | 486 | |
| Satish Kaveti, Earn Khwang Teoh and Han Wang, Nanyang Technological Univ. , Singapore |
| |
| Development of Surface Inspection Machine for Organic Photo Conductor(OPC) | 490 | |
| Osamu Nakayama, Shinji Kobayashi, Katsuyuki Omura, Takahiro Asai, Mitsuhiro Tomoda and Teruki Kamada, Ricoh Co. , Ltd. , Japan |
| |
| Machine Vision Based Inspection of Textile Fabrics | 494 | |
| Chuanjun Wang and Chih-Ho Yu, Tsinghua Univ. , China |
| |
| A Kernel System for 3D GIS Applications | 498 | |
| Ying Ming Lin*, Yutaka Ohsawa**, Masao Sakauchi*, * Univ. of Tokyo, **Saitama Univ. , Japan |
| |
| A Robust Approach for Camera Break Detection in Color Video Sequence | 502 | |
| John Chung-Mong Lee and Dixon Man-Ching Ip, The Hong Kong Univ. of Science & Technology, Hong Kong |
| |
| Robust Curvature Vectors Calculation from Range Data Using ISL Method506 | 506 | |
| Takashi Yoshimi and Fumiaki Tomita, ETL, Japan |
| |
| An Adaptive Welding System for Corner Joints Which Applies Joint Recognition by Deformable Template Matching | 510 | |
| Ryosuke Mitaka, Matsushita Electric Works, Ltd. Japan |
| |
| The Evaluation of Textile Design's Visual Feature by Using a Genetic Algorithm | 514 | |
| Ken'ichi Ohta*, Kouichi Nishida*, Fujio Miyawaki* and Katsuhiko Sakaue**, *Himeji Institute of Technology, **ETL, Japan |
| |
| Stable Position Measurement of a Moving Airplane by Adaptive Camera Control | 518 | |
| Yuichi Togashi and Hideaki Yamaguchi, Toshiba Corp. , Japan |
| |
| The Effects of Document Image Defects on Line Drawing Analysis Algorithms | 522 | |
| Yuh-Lin Chang and Daniel P. Lopresti, Panasonic Technologies, Inc. , USA |
| |
| Transferring Human Sensibilities to Machines -Sensitivity Analysis of Layered Neural Networks and Its Application to Pearl Color Evaluation | 528 | |
| Noriko Nagata, Mitsuhito Kamei and Teruo Usami, Mitsubishi Electric Corp. , Japan |
| |
| A Study on Underwater Cable Automatic Recognition Using Hough Transformation | 532 | |
| Chao Chen and Masayuki Nakajima, Tokyo Institute of Technology, Japan |
| |
| A Human Detector Based on Flexible Pattern Matching of Silhouette Projection | 536 | |
| Hajime Ohata*, Nobuyoshi Enomoto*, Akio Okazaki*, Hiroaki Kawasumi**, Shigeo Sudo**, Yoshiaki Yamada**, * Toshiba Corp. , ** Tokyo Electric Power Company, Japan |
| |
| Shape Identification Using Probabilistic Models of Attentional Sequences | 540 | |
| H. Isil Bozma and Çagatay Soyer, Bogaziçi Univ. , Turkey |
| |
| A Visual Navigation System for Autonomous Underwater Vehicle | 544 | |
| Wang Jian-gang, Hao Ying-ming, Cao Hong-kai, Yu Yong and Xu Xin-ping, Chinese Academy of Sciences, China |
| |
| A Fast Boundary Based Thinning Algorithm | 548 | |
| Y. Zhu, L. D. Seneviratne and S. W. E. Earles, King's College London, UK |
| |
| Document Degradation Models: Parameter Estimation and Model Validation | 552 | |
| Tapas Kanungo*, Robert M. Haralick*, Henry S. Baird**, Werner Stuetzle* and David Madigan*, * Univ. of Washington, **AT&T Bell Laboratories, USA |
| |
| Detection of Defects in Colour Texture Surfaces (Invited) | 558 | |
| J. Kittler, R. Marik, M. Mirmehdi, M, Petrou and J. Song, Univ. of Surrey, UK |
| |
| A Digital ULSI Inspection Method Using Parallel Scanning Confocal Microscope | 568 | |
| Yoshiharu Ichikawa**** and Jun-Ichiro Toriwaki**, * Texas Instrument Japan Ltd. , **Nagoya Univ., Japan |
| |
| Three-dimensional Measurement Approach for Automatic Seal Impression Identification | 571 | |
| Ryoji Haruki* , Takahiko Horiuchi* , Kazuo Toraichi*, Kazuhiko Yamamoto**, Hiromitsu Yamada** and Anis Fu*, * Univ. of Tsukuba, **ETL, Japan |
| |
| Automated Inspection System for Electronic Devices Mounted on Printed Circuit Boards Using Light-Section Method | 575 | |
| Toshifumi Honda, Hisae Yamamura, Syouji Ueda, Minoru Kawabata and Takanori Ninomiya, Hitachi,Ltd. , Japan |
| |
| Image Metamorphosis Using Optical Flow Techniques | 579 | |
| Minas E. Spetsakis, York Univ., Canada |
| |