IEEE International Conference on Systems Engineering September 17 - 19, 1992

IEEE International Conference on Systems Engineering September 17 - 19, 1992

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Körperschaft: International Conference on Systems Engineering Kōbe (VerfasserIn)
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Veröffentlicht: Kobe Internat. Conference Center 1992
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Systemtechnik
Konferenzschrift > 1992 > Kobe
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adam_text Table of Contents ΤΗΡΜ-Ι Thursday, September 17 1 -.00-3:40 pm Room 401 Special Session: Organizer: Chair: THPM-1.1 THPM-1.2 THPM-1.3 THPM-1.4 THPM-1.5 THPM-1.6 Nonlinear Signal Processing Irek Def ее, Tampere University of Technology, Tampere, Finland Yrjo Neuvo, Tampere University of Technology, Tampere, Finland Analysis and Implementation of Linear Combination of Weighted Order Statistic Filters Jongkwan Song and Yong Hoon Lee, Korea Advanced Institute of Science and Technology, Taejun, Korea Quadratic Filters for Signal Processing: Principles and Applications Giovanni L. Sicuranza, University of Trieste, Trieste, Italy Haemodynamic Trend Detection Using the Median Filter A. Mäkivirta, Technical Research Centre of Finland, Tampere, Finland and E. Koski, Kuopio University Hospital, Kuopio, Finland Q-L Transformations for Adaptive Generalized Order Statistic Filtering Gonzalo R. Arce, Mu Tian and Shoupu Chen, University of Delaware, Newark, Delaware, USA Weighted Vector Median Operation for Filtering Multispectral Data Kai Öistämö, Qin Liu, Mika Grundström and Yrjö Neuvo, Tampere University of Technology, Tampere, Finland Nonlinear Filtering Without Aliasing Errors I. Defée, R. Soininen and Y. Neuvo, Tampere University of Technology, Tampere, Finland THPM-2 Thursday, September 17 1 :00-3:40 pm Room 403 Regular Session: Chair: THPM-2.1 THPM-2.2 12 16 20 Neural Networks I Fathi M. A. Salam, Michigan State University, East Lansing, Michigan, USA Unsupervised Learning of 3D Objects Conserving Global Topological Order Jinhui Chao, Chuo University, Tokyo, Japan; Kenji Minowa and Shigeo Tsujii, Tokyo Institute of Technology, Tokyo, Japan A Neural Network-Based Variable Structure Robot Controller T. P. Leung, Hong Kong Polytechnic, Hong Kong; Hai-Long Pei and Qi-Jie Zhou, South China University of Technology, Guangzhou, P. R. China 24 THPM-2.3 A Recurrent Dynamic Network for 28 Associative Recall Jiansheng Hou and Fathi M. A. Salam, Michigan State University, East Lansing, Michigan, USA THPM-2.4 A Probabilistic Neural Network for 32 Spatiotemporal Pattern Recognition Quen-Zong Wu, Ron-Yi Liu, Bor-Shenn Jeng, Yuang-Chang Tsai and Su-Shun Huang, Telecommunication Laboratories, M.O.C. , Taiwan, R.O.C. THPM-2.5 Fault Tolerance in Neural Networks 36 Hamed Elsimary and Samia Mashally, Electronic Research Institute, Cairo, Egypt; and Samir Shahine, Cairo University, Cairo, Egypt THPM-2.6 A Composition of the Neural Network 40 Using Switched-Capacitor Circuit M. Sasaki, F. Ueno, T. Inoue and N. Haraguti, Kumamoto University, Kurokami, Japan THPM-2.7 Neural Strategies for Nonlinear 44 Optimal Filtering A. Alessandri, T. Parisini, M. Sanguineti and R. Zoppoli, University of Genoa, Genova, Italy ТНРМ-3 Thursday, September 17 1:00-3:40 pm Room 404 Regular Session: Chair: THPM-3.1 Adaptive Control Model Reference Adaptive Control for 50 Multivariabie Nonminimum-Phase Systems Using a Periodic Scheme Nariyasu Minamide, Mie University, Tsu city, Japan THPM-3.2 Pole Assignment Control of 54 Nonminimum Phase Systems: A Combined Adaptive Control-Variable Structure Approach G. Bartolini and A. Ferrara, University of Genova, Genova, Italy THPM-3.3 Maximal Error Evaluation Typed 59 Stable Model Reference Adaptive Control for Periodically Linear Time- Varying Systems K. Itamiya, University of Tsukuba, ¡baraki, Japan; S. Shin, University of Tokyo, Tokyo, Japan; and K. Ando, University of Tsukuba, Ibaraki, Japan THPM-3.4 Cascaded Adaptive Position Control 63 of a DC Motor T. W. S. Chow and Y. F. Yam, City Polytechnic of Hong Kong, Kowloon, Hong Kong THPM-3.5 Adaptive Controller Using Unknown 67 Model Order Ghassan Ai-Saddiki, King Abdulaziz University, Jeddah, Saudi Arabia * Paper not received in time for inclusion in proceedings. IX ТНРМ-3.6 А New Model Reference Adaptive 71 Control Law Saleh A. Saleh and Peng-Yung Woo, Northern Illinois University, DeKalb, Illinois, USA THPM-3.7 On L2-Sensitivity Minimization of 75 Linear State-Space Systems Weiyong Yan and John B. Moore, The Australian National University, Canberra, ACT, Australia THPWM Thursday, September 17 1:00-3 :40 pm Room 405 Special Session: Organizers: Chairs: Optimization and Automation in Systems Harriet H. Kagiwada, California State University, Fullerton, California, USA; Masanori Sugisaka, Ohita University, Ohita, Japan; and Sueo Ueno, Kyushu University, Fukuoka, Japan M. Sugisaka and S. Kitamura, Kobe University, Kobe, Japan THPM-4.1 System Identification Using Neural 79 Networks S. Sugimoto, M. Matsumoto and M. Kabe, Ritsumeikan University, Kyoto, Japan THPM-4.2 On Some Fuzzy Adaptive Control 83 Processes Tosio Odanaka, Tokyo Metropolitan Institute of Technology. Tokyo, Japan THPM-4.3 A State Estimation Method of Acoustic System Contaminated by the Wind Noise with Use of Digital Filter K. Hatakeyama, Hiroshima University Higashi- Hiroshima, Japan and M. Ohta, Kinki University. Japan THPM-4.4 Computer Assisted Training for * Telecommunications Engineers Y. Terashita. Kanazawa Institute of Technology. Ishikawa. Japan THPM-4.5 Automatic Measurement of Ship s 87 Attitude by the Use of Servo-type Aecelerometers Shogo Tanaka. Yamaguchi University. Ube. Japan THPM-4.6 Designs of New Smoothers for 91 Stationary Systems and Their implementations to Third Order Electric Circuit M. Sugisaka. M. Kumashiro. and T. Matsuo, Oita University, Oita. Japan THPM-4.7 Adaptive Identification and Control 94 Based on Riccati Equation Takami Matsuo and Masanori Sugisaka. Oita University. Oita, Japan THPM-5 Thursday, September 17 1:00-3:40 pm Room 406 Special Session: New Technology for Communications Organizer: Naoki Suehiro, Tokyo Engineering University, Tokyo, Japan Chair: Shojiro Sakata, Tqyohashi University of Technology, Aichi, Japan THPM-5.1 An Efficient Algorithm for Minimal 97 Partial Realization of Matrix Sequences Shojiro Sakata, Toyohashi University of Technology, Toyohashi, Japan THPM-5.2 Golay Complementary Sequences are 101 Superior to PN Sequences Srdjan Budiéin, Institute of Microwave Techniques and Electronics, Novi Beograd, Yugoslavia THPM-5.3 Convolutional Code and Hybrid ARQ 105 Takeshi Hashimoto, University of Electro- Communications, Tokyo, Japan THPM-5.4 Low Complexity Decoding for Ю9 Convolutional Codes Han Vinck, University of Essen, Essen, Germany THPM-5.5 Adaptive Combination of Equalization 113 and Decoding of Error-Correcting Codes Ryuji Kohno, Yokohama National University, Yokohama, Japan THPM-5.6 Asynchronous SSMA System Using 119 Secret Polyphase Orthogonal Sequences with Elimination Filter for Co-Channel Interference Naoki Suehiro, Tokyo Engineering University, Tokyo, Japan THEV-1 Thursday, Septembers 6:00-9:00 pm Room 401 Regular Session: Robotics Chair: THEV-1. 1 Formulation of Planning of Vision and Motion for a Mobile Robot Under Uncertainty Jun Miura and Yoshiaki Shirai, Osaka University, Osaka, Japan THEV-1 .2 A Robust Tracking Control Scheme for Robotic Manipulators with Uncertain Dynamics Man Znihong and M. Palaniswami, The University of Melbourne, Parkville, Victoria, Australia THEV-1 .3 Data Integration in Multi-Sensor Based Robotic Workstations Qin Chen and J. Y. S. Luh, Clemson University, Clemson, South Carolina, USA * Paper not recehed in time for inclusion in proceedings. 123 127 THEV-1.4 Sensor-Based Reactive Planning and 135 Execution for Robotic Assembly Tasks Carlos Ramos and Eugênio Oliveira. Oporto University, Porto, Portugal THEV-1.5 A Watchdog for the Overturn Stability 139 Supervision of Platforms Rolf Truninger, Swiss Federal Institute of Technology, Zürich, Switzerland THEV-1.6 Control Architecture for a Robot with 143 Visual and Tactile Capabilities Skilled in Sorting Dishes Dieter Vischer, Swiss Federal Institute of Technology, Zürich, Switzerland THEV-1.7 A Distributed Blackboards 147 Methodology for Designing Robotic Control Softwares Michel Occello and Marie-Claude Thomas, Université de Nice, Sophia Antipolis. Valbonne, France THEV-1.8 Grinding Robot System with Master 151 Slave Control Hirofumi Matsuo. Fujio Kurokawa. Katsuhiko Onta, Ken Imamura and Mutsuyoshi Asano, Nagasaki University, Nagasaki, Japan THEV-2 Thursday, September 17 6:00-9:00 pm Room 403 Special Session: Organizer and Chair: THEV-2.1 THEV-2.2 THEV-2.3 THEV-2.4 THEV-2.5 THEV-2.6 Fuzzy Neural Networks M. M. Gupta, University of Saskatchewan, Saskatoon, Saskatchewan, Canada Co-Chair: T. Yamakawa, Kyushu Institute of Technology, Fukuoka, Japan Calculus of Fuzzy If and Then Rules * and Its Applications Lotfi A. Zadeh, University of California, Berkeley, California, USA A Fusion of Fuzzy Logic Chips and * Neurosciences: A Fuzzy Neuron Chip and Its Application to a Pattern Recognition Takeshi Yamakawa, Kyushu Institute of Technology, Fukuoka. Japan Fuzzy Logic and Neural Networks 635 Madan Gupta, University of Saskatchewan. Saskatoon Saskatchewan, Canada Fuzzy Associative Inference System 155 and Its Features Sozo Yamamoto, Toru Yamaguchi and Tomohiro Takagi, Laboratory for International Fuzzy Engineering Research, Yokohama. Japan A Paradigm of Intelligent Fuzzy 159 Networks Hiroshi Kawamura and Akinori Tani. Kobe University, Kobe, Japan Fuzzy Optimal Controller Design 165 Based on Neural Network for Nonlinear Systems Atsushi Ishigame, Shunji Kawamoto and Tsuneo Taniguchi, University of Osaka Prefecture, Sakai. Japan THEV-3 Thursday, September 17 6:00-9:00 pm Room 404 Special Session: Organizer and Chair: THEV-3.1 THEV-3.2 THEV-3.3 ТНЕУ-З^ THEV-3.5 Adaptive Systems Eberhard Hansler, Technische Hochschule Darmstadt, Darmstadt, Germany 169 173 Optimal Estimation of Impulse Response and Adaptive Equalization for Mobile Radio Channel Takayuki Nakano and Tsuyoshi Takebe. Kanazawa University. Kanazawa. Japan Linear Echo Cancellation Using Optimized Orthogonal Recursive Filters A. Kaelin and G. S, Moschytz, Swiss Federal Institute of Technology. Zurich, Switzerland On Numerically Robust Adaptive 177 Recursive Filters Alejandro Zalnieriunas. Ruhr-Universitat Bochum, Bochum, Germany Adaptive Equalization Analysis * without Gersho-Mazo-Assumption J. Novotný. University of Erlangen-Nurnberg, Erlangen, Germany Implementation of a Two-State Viterbi 181 Decoder with Embedded Decision Feedback W. Schott, Zurich Research Laboratory, Reschlikon. Switzerland THEV-4 Thursday, September 17 6:00-9:00 pm Room 405 Regular Session: Chair: THEV-4.1 Multi-Dimensional Digital Signal Processing G. L. Sicuranza, University of Trieste, Trieste, Italy On the Multiprocessor Implementation 185 of 2-D Separable-Denominator Digital Filters Takao Hinamoto and Mitsuji Muneyasu. Hiroshima University, Higashi-Hiroshima. Japan THEV-4.2 THEV-4.3 Theory of Generalized Interpolatory Approximation of Multi-Dimensional Signals Takuro Kida. Tokyo Institute of Technology. Yokohama-shi. Japan An Architecture of Multi-DSP System and Development Environment for Two-dimensional Digital Signal Processing H. Nakajo. K. Yoshikawa. Kobe University. Kobe. Japan: T. Hinamoto. Hiroshima University. Hiroshima. Japan: and S. Maekawa. Kobe University. Kobe. Japan * Paper not received in time for inclusion in proceeding*. 189 193 Xl THEV-4.4 A Canonical Design Form of Two- 197 Dimensional Digital Filters Atsushi Kawakami, Kanazawa Institute of Technology, Ishikawa-ken, Japan THEV-4.5 A Three-Dimensional Weighted Median 201 Predictor for Television Xudong Song and Yrjö Neuvo, Tampere University of Technology, Tampere, Finland THEV-4.6 Some Discussions for Generalized 205 Interpolatory Approximation of Multi- Dimensional Signals Takuro Kida and Hiroshi Mochizuki, Tokyo Institute of Technology, Yokohama-Shi, Japan THEV^J Filtering of Spatially-Invariant Image 209 Sequences with Multiple Desired Processes Youngin Oh Shin and James B. Farison, The University of Toledo, Toledo, Ohio, USA THEV-4.8 A Simplified Method of Motion Vector 216 Estimation for VLSI Implementation Hideki Honma, Mutsurni Ohta and Takao Nishitani, NEC Corporation, Kanagawa, Japan THEV-5.6 Celesstin IV: Knowledge-Based 242 Analysis of Mechanical Engineering Drawings Pascal Vaxivière and Karl Tömbre, CRINI CNRS, Vandoeuvre, France THEV-5.7 Generation of Free-Form Surface 246 Models by Understanding Geometric and Topological Constraints on Rough Sketches Satoshi Kanai, Shusaku Furushima and Hidetomo Takahashi, Tokyo Institute of Technology, Tokyo, Japan THEV-5.8 Auxiliary Lines in Three View 250 Drawings for 3D Shape Reconstruction Using CSG Method Ken Tomiyama, Takeshi Nakamura, Aoyama Gakuin University, Tokyo, Japan and Takashi Koezuka, Nippon Steel Co., Kanagawa, Japan FAM-1 Friday, September 18 9:00 am-1 2:00 noon Room 401 THEV -ΰ Thursday, September 17 6:00-9:00 pm Room 406 Special Session: Organizer and Chair: THEV-5.1 THEV-5.2 THEV-5.3 THEV-5.4 THEV-5.5 Machine Understanding of Mechanical Drawings Ken Tomiyama, Aoyama Gakuin University, Tokyo, Japan Reconstruction of CSG Solid from a 220 Set of Orthographic Three Views Katsuhiro Kitajima and Makoto Yoshida, Tokyo University of Agriculture and Technology, Tokyo, Japan: Monyasu Tasaka. Omron Co., Tokyo, Japan Engineering Drawing Recognition 225 Based on a Line Decomposition and Re-composition Method Shigeyoshi Shimotsuji, Osamu Hori and Satohide Tanigawa. Toshiba Corporation, Kawasaki, Japan Automatic Reconstruction of Solid 229 from a Set of the Orthographical Three Views Toyomitsu Senda and Yutaka Arimitsu. Ehime University, Ehime, Japan Computer-Aided Drawing Check for 234 CAD Systems - A Method for the Checking of Dimensions in Multiview Mechanical Drawings Showzow Tsujio, Kagoshima University. Kagoshima, Japan: Toshiro Ono and Seoung Soo Lee, Osaka Prefectura! University. Osaka. Japan Understanding Three-View Drawings 238 of Mechanical Parts with Curved Shapes Changhun Kim, Nobuki Tsuchida, Masahiro Inoue and Seiicni Nishihara. University of Tsukuba, Tsukube, Japan Regular Session: Chair: FAM-1. 1 Control Systems I Zoran Gajic, Rutgers University, Piscataway, New Jersey, USA 257 FAM-1 .2 FAM-1 ,3 FAM-1 .4 FAM-1. 5 FAM-1 .6 FAM-1 .7 FAM-1 .8 261 Multivariable Transfer Functions for a Slewing Piezoelectric Laminate Beam Hemanshu R. Pota, Australian Defence Force Academy, Campbell, ACT, Australia and Thomas Є. Alberts, Old Dominion University, Norfolk, Virginia, USA On the Discrete-time Hwfilter via Game Theoretic Approach Kiyotsugu Takaba and Tohru Katayama, Kyoto University, Kyoto, Japan Mixed Sensitivity H1 Controller Design 266 for Power Systems F. Crusca and W. Aldeen, University of Melbourne, Parkville, Victoria, Australia Achievable H* Disturbance 270 Attenuation for Mechanical Systems Raoul Herzog, MECOS Traxler AG, Winterthur, Switzerland and Hannes Bleuler, University of Tokyo, Tokyo, Japan Combined Schur/L*. Model Reduction with Fixed Modes for Discrete Systems A. H. Bamani, King Abdulaziz University, Jeddah, Saudi Arabia Bounded Real Extension of the Schur- Cohn Test Yoshimi Monden and Masayasu Nagamatsu, Shimane University, Matsue, Japan An Application of the Pseudo Boundary of an Unstable Polytope of Polynomials L R. Pujara and Seong Kim, Wright State University, Dayton, Ohio, USA Stabilization of Large-Scale Systems by Reduced Order Controllers H. Trinh and M. Aldeen, The University of Melbourne, Parkville, Victoria, Australia 274 278 282 286 VII FAM-2 Friday, September 18 9:00 am-1 2:00 noon Room 403 FAM-3 Friday, September 18 9:00 am-1 2:00 noon Room 404 Special Session: Organizers: Chairs: FAM-2.1 FAM-2.2 FAM-2.3 FAM-2.4 FAM-2.5 Frontiers of Medical and Biomedical Systems Masao Saito, University of Tokyo, Tokyo, Japan and Toshi Hiro Nishimura, Oita University, Oita, Japan Toshi Hiro Nishimura, Oita University, Oita, Japan and Shoichi Senda, Kagawa Medical School, Kagawa, Japan Fluctuations on R-R Interval Time 290 Series of Diabetic Autonomie Neuropathy Toshi Hiro Nishimura, Oita University, Oita. Japan; Takeshi Inoue, Oita High Institute of Technology, Oita, Japan; Masao Saito. University of Tokyo, Tokyo, Japan; Kazuyuki Nagatsuka, Shoichi Senda and Hirohide Matsuo, Kagawa Medical School, Kagawa, Japan A Transcutaneous Energy 294 Transmission System for an Artificial Organs by Using a Novel Resonant Converter Takeshi Inoue, Oita High Institute of Technology, Oita, Japan; Toshi Hiro Nishimura, Oita University, Oita, Japan, Masao Saito, University of Tokyo, Tokyo, Japan and Mutsuo Nakaoka, Kobe University, Kobe, Japan Evaluation of Circadian Oscillation of 298 the Autonomie Nervous System by Spectral Analysis of Heart Rate Variability Kazuyuki Nagatsuka, National Cardiovascular Center, Osaka, Japan; Shoichi Senda, Seiichi Sakamoto, Toru Takagi, Hirohide Matsuo, Yoshimi Nitta, Toshihiro Inage, Hironobu Yokoi, Hiromi Suekane, Koichi Kaanishi, Kagawa Medical School, Kagawa, Japan; and Toshihiro Nishimura, Oita University, Oita, Japan Tissue Characterization in the Human 303 Coronary Artery Using Acoustic Microscopy Hisashi Masugata, Shoichi Senda, Toshihiko Kan, Hisaki Morita, Shigeru Nakajima, Takafumi Yura and Hirohide Matsuo, Kagawa Medical School, Kagawa, Japan; Hiroshi Kanda and Kageyoshi Katakura, Hitachi, Ltd., Japan; Toshihiro Nishimura, Oita University, Oita, Japan Influence of Anisotropie Structure of 307 Myocardium on Estimation of Ultrasonic Tissue Parameters T. Shiina, Tokyo University of Agriculture and Technology, Tokyo, Japan; T. Nishimura, Ohita University, Ohita Japan: T. Nakamura. Yokohama General Hospital. Yokohama, Japan; Ţ. Takamoto and T. Sakamoto, Kyoundo Hospital, Tokyo, Japan Regular Session: Chair: FAM-3.2 FAM-3.3 FAM-3.4 FAM-3.5 FAM-3.6 Stochastic Signal Processing S. Nishimura, Shimane University, Matsue, Japan A New Multichannel Spectral 311 Approach for System identification Kang-Ning Lou, National Chung-Cheng University, Taiwan, R.O.C, and Tsai-Hung Fan, National Central University, Taiwan. R.O.C. An Extension of the Kiefer-Wolfowitz 315 Stochastic Approximation Procedure Yutaka Maeda, Kansai University. Osaka, Japan Two-dimensional Spectral Estimation 319 Method with Input-dependent FIR Prefiltering Tetsuya Shimamura and Jouji Suzuki. Saitama University, Urawa. Japan A State Estimation Method with 323 Matching Between a Physical Energy Quantity and a Decibel Scaled Noisy Observation for a Sound Environmental System Eiji Uchino. Kyushu Institute of Technology, lizuka, Japan; Mitsuo Ohta and Kazutatsu Hatakeyama, Kinki University, Higashi- Hiroshima, Japan Filtering and Modeling Using 327 Covariance Information in Linear Continuous Systems Seiichi Nakamori, Kagoshima University, Kagoshima, Japan Sensor Placement for On-orbit Modal 332 Identification of Large Space Structure via a Genetic Algorithm Leehter Yao, William A. Sethares and Daniel С Kammer, University of Wisconsin, Madison, Wisconsin, USA FAM-4 Friday, September 18 9:00 am-1 2:00 noon Room 405 Regular Session: Chair: FAM-4.1 FAM-4.2 FAM-4.3 Digital Signal Processing M. Kawamata, Tohoku University, Sendai, Japan Noniterative Real-Time Design of Selective Linear Phase Filters Kari-Pekka Estola, Technical Research Centre of Finland, Oulu, Finland Relations Between Sensitivity of Moment and Root for FIR Filters Yan Wang and Toshinori Yoshikawa, Nagaoka University of Technology, Nagaoka, Japan Low Sensitivity Realization of FIR Filters with 2-Stage Cascade Structure Toshinori Yoshikawa, Yoshio Watanbe, Anil Khare and Yan Wang. Nagaoka University of Technology, Nagaoka, Japan * Paper not received ¡n time for inclusion in proceedings. 336 340 XIII FAM-4.4 Architecture of a High-speed 344 Hierarchical Structure Transversal Filter Akiyoshi Kawahashi, Shogo Nakamura and Yoshihiko Horio, Tokyo Denki University, Tokyo, Japan; and Yukio Kadowaki, Ricoh Company, Ltd., Osaka, Japan FAM-4.5 Fundamental Study on Periodically 348 Time-Varying State-Space Digital Filters - Statistical Analysis, Scaling and Stability Masayuki Kawamata, Xuedong Yang and Tatsuo Higuchi, Tohoku University. Sendai. Japan FAM-4.6 Finite Word Length Effects on the * Moment of the Impulse Response of a Digital Filter Anil Khare and Toshinori Yoshikawa, Nagaoka University of Technology, Nagaoka, Japan FAM-6 Friday, September 18 9:00 am-1 2:00 noon Room 503 Special Session: Organizers: Chairs: FAM-6.1 FAM-6.2 FAM-5 Friday, September 18 9:00 am-12:00 noon Room 406 FAM-6.3 Special Session: Organizer: Chair: FAM-5.1 FAM-5.2 FAM-5.3 FAM-5.4 FAM-5.5 Neural Network Algorithms and Applications John J. Shynk, University of California, Santa Barbara, California, USA Anthony Kuh, University of Hawaii, Honolulu. Hawaii, USA Bounds on Mistake Rates for * Incremental Learning Algorithms When Concepts Drift A. Kuh, University of Hawaii at Manoa. Honolulu, Hawaii. USA A System Identificatori Technique 352 Based on Neural Networks H. Wabgaonkar and A. Stubberud, University of California-Irvine. Irvine, California. USA System Identification Data Models for * the Performance Analysis of Perceptron Learning Algorithms J. J. Shynk, University of California-Santa Barbara. Santa Barbara, California and Neil J. Bershad. University of California-Irvine. Irvine. California. USA A Modular Neural System for 357 Handwritten Alphabet Recognition Using Invariant Moment-Based Features Saida Benromdhane and F. M. A. Saiam, Michigan State University. East Lansing. Michigan. USA An Analog VLSI Edge Detection Chip 361 and Digital Multiprocessor Chip for Neural-Based Vision Processing Hiroto Okada, Bing J. Sheu and Chia-Fen Chang, University of Southern California. Los Angeles. California. USA FAM-6.4 FAM-6.5 FAM-6.6 Modeling and Identification of Systems Harriet H. Kagiwada, California State University, Fullerton, California, USA, Masanori Sugisaka, Ohita University, Ohita, Japan, and Sueo Ueno, Kyushu University, Fukuoka, Japan Sueo Ueno and S. Sagara, Kyushu University, Fukuoka, Japan Toward Automation in the 365 Optimization of Systems Models Harriet H. Kagiwada, California State University, Fullerton, California, USA and Robert E. Kalába, University of Southern California, Los Angeles, California, USA Simulation of Atmospheric Effect on 369 the Emergent Radiation over Non- uniform Terrain Tsutomu Takashima and Kazuhiko Masuda, Meteorological Research Institute, Ibaraki, Japan Estimation of Reflection Properties for 373 Rugged Terrain Forests from Space Yoshiyuki Kawata and Akihiro Hatakeyama, Information Science Laboratory, Ishikawa, Japan and Atsuhisa Ohtani, Nippon Electric Company, Tokyo, Japan On Cauchy System of Searchlight 377 Problem in Turbid Slab Sueo Ueno, Kyoto School of Computer Science, Kyoto, Japan and Alan-P. Wang, Arizona State University, Tempe, Arizona, USA Parameters Identification of Fluid 381 Tubes M. Sugisaka. Oita University, Oita, Japan: N. Katsuraji, Oita College of Clinical Engineering, Oita, Japan; S. Sagara, Fukuoka Institute of Technology, Fukuoka, Japan; and R. Fischi, Drexel University, Philadelphia, Pennsylvania, USA Retrieval of Aerosol Profile Based on 385 Inversion Algorithm Sonoyo Mukai and Itaru Sano, Kinki University, Osaka. Japan FPM-1 Friday, September 18 1:40 pm-5:00 pm Room 401 Regular Session: Chair: FPM-1. 1 Flexible Manufacturing Systems Stuart Rubin, Naval Ocean Systems Center, San Diego, California, USA Robot Vision System Capable of Recognizing Machine Parts Using Multistage Neural Networks Kouichi Nakano. Industrial Research Institute of Ishikawa. Ishikawa, Japan and Yasuo Watanabe. Kanazawa institute of Technology- Ishikawa, Japan Paper not received ¡n time for indusion in proceedings 389 XIV FPM-1.2 A Next Generation Expert System for 393 Flexible Assembly Stuart H. Rubin, Naval Command, Control and Ocean Surveillance Center, San Diego, California, USA FPM-1.3 A Machine Vision System Using Fast 399 Texture Analysis for Automated Visual Inspection T. A. Mitchell and M. Sarhadi, Brunei University, Middlesex, United Kingdom FPM-1.4 Development of an Image Processing 403 System for Texture Segmentation S. King and M. Sarhadi, Brunei University, Middlesex, United Kingdom FPM-1.5 Job Shop Configuration with 407 Queueing Networks and Simulated Annealing Kiyoshi Yoneda, Isaku Wada and Kazuhito Haruki, Toshiba Corporation, Kawasaki, Japan FPM-1.6 Modeling and Dynamic Stabilization 411 for Suspension System Using Tuned LC Circuit Ju Jin and Toshiro Higuchi, University of Tokyo, Tokyo, Japan FPM-1.7 Design Technique for Contouring * Systems with Digital Position Controllers Obtained via V Transformation Theo Kangsanant, Royal Melbourne Institute of Technology, Melbourne, Australia FPM-1.8 A Compact Simulation Engine with 416 Flexible Logic Model Expansion Naoaki Suganuma, Masahiro Tornita and Kotaro Hirano, Kobe University, Kobe, Japan FPM-2.5 Active Vibration Control for Flexible 436 Cantilever Beam Subject to Seismic Disturbance Yuichi Sawada and Akira Ohsumi, Kyoto Institute of Technology, Kyoto, Japan FPM-2.6 Successive Approximation Procedure 440 for the Optimal Control of Bilinear Systems Zijad Aganovic and Zoran Gajic, Rutgers University, Piscataway, New Jersey, USA FPM-2.7 Linearization and PID Parameters 444 Design for Nonlinear Systems S. Lan and P. Y. Woo, Northern Illinois University, DeKalb, Illinois, USA FPM-2.8 CAD Package for Control System on 448 Mathematica Takuya Kitamoto. Masami Saeki and Kazuaki Ando, Tsukuba University, Ibaraki, Japan FPM-3 Friday, September 18 1 tfO-SrOO pm Room 404 Regular Session: Chair: FPM-3.1 FPM-2 Friday, September 18 1:40-5 :00 pm Room 403 Regular Session: Chair: FPM-2. 1 FPM-2.2 FPM-2.3 FPM-2.4 Control Systems II L. R. Pujara, Wright State University, Dayton, Ohio, USA Robust Flight Control Using 420 Parameterized Compensator Chih-Min Lin, Chung-Shan Institute of Science and Technology, Taiwan, R.O.C.: Ruey-Shih Tai and Lin-Ying Lai, Chung-Yuan Christian University, Taiwan, R.O.C. Guaranteed Robust Control of 424 Unstable Systems by Using Approximated Models L. Fortuna, A. Gallo. G. Muscato and G. Nunnari, Universita di Catania, Catania, Italy A New Robust Stability Criterion for 428 Interval Time-Delay Systems Wen-June Wang, National Central University, Taiwan. R.O.C. ; Juing-Shian Chiou, Nantai College, Taiwan. R.O.C.: and Yn-Shyang Jeng, National Central University, Taiwan. R.O.C. Robust Model Reference by Using 432 Modified High Gain Method Hung-Ching Lu and Der- Yew Liang, Tatung Institute of Technology. Taiwan. R.O.C. FPM-3.2 FPM-3.3 Communications A Study of the Communication 452 Systems Using the Low-Altitude Nongeostationary Satellites Masaaki Katayama, Nagoya University, Nagoya, Japan and Norihiko Morinaga, Osaka University, Osaka, Japan Wideband Indoor Radio System Using 457 Orthogonal Multicarrier Modulation Minoru Okada, Shinsuke Hara and Norihiko Morinaga, Osaka University, Osaka, Japan Server-Client Technology to 463 Distributed Image Database System Based on ISDN Changzheng Wang, Kobe University, Kobe, Japan: Zhihong Yang, Beijing Institute of Chemical Engineering Management, Beijing, China; Takanori Nomura, Masahiro Tornita and Kotaro Hirano, Kobe University, Kobe, Japan FPM-3.4 Capacity and Properties of Slave 467 Mode Hidden Channel Coding J. Kuusama, Α. Μ kivirta and M. Junóla. Nokia Research Center, Tampere, Finland: W. R. Th. ten Kate. Phillips Research Laboratories. Eindhoven, The Netherlands: and K.-E. Cnristensen, Bang and Olufsen A S. Struer. Denmark FPM-3.5 Optimum Detection and Design of 473 TCM Signals Under Impulsive Noise Environment Shinichi Miyamoto. Osaka University. Osaka, Japan, Masaaki Katayama, Nagoya University, Nagoya, Japan and Norihiko Mortnaga. Osaka University. Osaka. Japan * Paper not received in time for inclusion in proceedings. XV Regular Session: Chair: FPM-4.1 FPM-4.2 FPM-4.3 FPM-4.4 FPM-4.5 FPM-4.6 FPM-4.7 Friday, September 18 1:40-5:00 pm Room 405 515 Neural Networks II John Shynk, University of California, Santa Barbara, California, USA Error Back-propagation Learning 479 Using Polynomial Energy Function Maqbool Ahmad and Fathi M. A. Salam, Michigan State University, East Lansing, Michigan, USA Well-Log Analysis Using Multilayer 483 Neural Networks to Classify Facies Heidar A. Malki, University of Houston, Houston, Texas, USA and Jeffrey L. Baldwin, Petrophysics Consultant, Katy, Texas, USA A Neural Network Approach to 487 Evaluate Distribution System Reliability Jiann-LJang Chen, Industrial Technology Research Institute, Taiwan, R.O.C, and Shao- Hung Chang. Feng-Chia University, Taichung, Taiwan, R.O.C. Operation of Photovoltaic Power 491 Generation Systems by Neural Network Yasuharu Ohsawa, Katsutoshi Higuma, Shin- ichi Emura and Kenji Arai, Kobe University, Kobe, Japan Minimizing the Energy of Active 495 Contour by Using a Hopfield Network Ching-Tsorng Tsai and Yung-Nien Sun, National Cheng Kung University, Taiwan, R.O.C. A Magnetic Neural Network Utilizing 499 Universal Arithmetic Modules for Pulse-Train Signal Processing Mamoru Miura, Masaru Goishi, Norishige Chiba and Jun-ichi Shida. /ware University, Morioka, Japan Heat Pump Emulation Using Neural 503 Networks Alain Carrière and Yskandar Hamam, Ecole Sup ^ieure ďlng nieurs en Electrotechnique et Electronique, Noisy-le-Grand, France FPM-5A Friday, September 18 1:40-5 :00 pm Room 406 Special Session: Organizer and Chair: FPM-5A.1 FPM-5A.2 Computer-Aided Imaging Techniques W. Kenneth Jenkins, University of Illinois Urbana, Illinois, USA Vision System to be R. A. R. E. or not tobe B. Zavidovique and P. Bonnin. Universite Paris XI. Orsay, France Realization of Geometric Illusions in Human Vision with Artificial Neural Networks Jinhui Chao. Chuo University, Tokyo, Japan: Tohru Kishigami. Kenji Minowa and Shigeo Tsujii. Tokyo Institute of Technology. Tokyo. Japan 507 511 519 FPM-5A.3 SYMPATIS Project J. L Bastile, IRIT - ENSEEIHT, Toulouse, France FPM-5A.4 Interpolatory Estimation of Multi- Dimensional Orthogonal Expansions with Stochastic Coefficients Takuro Kida and Somak Sa-Nguankotchakorn, Tokyo Institute of Technology, Yokohama-shi, Japan and Kenneth Jenkins, University of Illinois, Urbana, Illinois, USA FPM-5A.5 Computational Strategies for Synthetic 523 Aperture Imaging W. Kenneth Jenkins, Mita D. Desai and Andrew W. Hull, University of Illinois, Urbana, Illinois, USA FPM-5B Friday, September 18 3:40-5:00 pm Room 406 Special Session: Organizer and Chair: FPM-5B.1 FPM-5B.2 FPM-5B.3 FPM-5B.4 Target Tracking H. Shertukde, University of Hartford, West Hartford, Connecticut, USA A S-Dimensional Assignment Algorithm for Track Initiation Somnath Deb, Krishna R. Pattipati, and Yaakov Bar-Shalom, University of Connecticut, Storrs, Connecticut, USA Evolving a Multisensor Multitarget Surveillance Processing Architecture Martin E. Liggins II, Rome Laboratory, Griffiss Air Force Base, New York, USA and James Llinas, Са /span Corporation, Buffalo, New York, USA Performance Evaluation of Track Initiation in Dense Target Environments Kuo-Chu Chang, Shozo Mori and Chee-Yee Chong, Advanced Decision Sysfems, Mountain View, California, USA Multirate-PDA Tracker Hemchandra M. Shertukde, University of Hartford, W. Hartford, Connecticut, USA 527 531 535 539 SAM-1 Saturday, September 19 9:30 am-12:30 pm Room 401 Regular Session: Chair: SAM-1 .1 Adaptive Filters Tsuyoshi Takebe, Kanazawa University, Kanazawa, Japan Frequency-weighting Model Identification with an Adaptive ARMA Lattice Filter Miki Haseyama, Nobuo Nagai and Nobuhiro Miki, Hokkaido University, Sapporo, Japan * Paper not received in time for inclusion in proceedings. 543 XVI SAM-1 .2 A Hyperstable Adaptive Recursive * Filter Using an Adaptive Error Compensator E. A. Soleit, Military Technical College, Cairo, Egypt SAM-1 .3 A New IIR Adaptive Echo Canceler: 547 GIVE Jinhui Chao, Chuo University, Tokyo, Japan; Shinobu Kawabe, Ninon Telephone Tele/communication, Tokyo, Japan; and Shigeo Tsujii, Tokyo Institute of Technology. Tokyo, Japan SAM-1 .4 Convergence Analysis of Adaptive 552 Notch Filter Realized with Floating- Point Arithmetic Shotaro Nishimura, Shimane University, Matsue, Japan SAM-1 .5 A Solution to the Control-Loop Noise * of the Adaptive Null-Steering Antenna Array Mostafa A. Bahie-Eldin, Giza, Egypt SAM-1 .6 Convergence Analysis of Gradient 556 Adaptive Algorithms for Arbitrary Inputs Without Independence Assumption Jinhui Chao, Chuo University, Tokyo, Japan; Shinobu Kawabe, Nihon Telephone Telelcommunication, Tokyo, Japan; and Shigeo Tsujii, Tokyo Institute of Technology, Tokyo, Japan SAM-2.6 Asymptotic Stability Analysis of 572 Continuous Bidirectional Associative Memory Networks Bing-zheng Xu and Bai-ling Zhang, South China University of Technology, Guangzhou, P. R. China and Chung-ping Kwong, The Chinese University of Hong Kong, Shatin, Hong Kong SAM-2.7 Neural Network and Its Application on 576 Machinery Fault Diagnosis Zhenya He, Meng Wu and Bi Gong, Southeast University, Nanjing. P. R. China SAM-2.8 Stability Investigation and Synthesis * of a Class of Associative Neural Network Huanglin Zeng, Jueband Yu and Guiging Huo, University of Electronic Science and Technology of China, Chengdu, China SAM-3 Saturday, September 19 9:30 am-1 2 :30 pm Room 404 SAM-2 Saturday, September 19 9:30 am-12:30 pm Room 403 Special Session: Organizer and Chair: SAM-2.1 SAM-2.2 SAM-2.3 SAM-2.4 SAM-2.5 Neural Network Theory and Its Applications Zhenya He, Southeast University, Nanjing, China Supervised Learning in Continuous 560 Feedback Neural Network Yuhui Shi and Zhenya He, Southeast University, Nanjing, China On Approximation Property of Neural * Networks Zhongkan Liu, Beijing University of Aeronautics & Astronautics, Beijing, China An Approach to Solving the Longest 564 Common Subsequences Based on String-Coding Functional and Neural Network Dian-xun Shuai, University of Xian Electronic Science and Technology, Xian, and Tsinghua University, Beijing, China A Neural Network Hardware Model for 568 Image Thinning Liming Zhang and Zhiping Peng. Fudan University, Shanghai, China ANN Using in Classification of TM * Remote Sensing Zheng Tan, Xian Jiao Tung University, Xian, China Regular Session: Chair: SAM-3.1 SAM-3.2 SAM-3.3 SAM-3.4 Image Processing Edwige Pissaloux, Université Paris, Orsay, France Detail-Preserving Edge Enhancing 580 Filters Kaijun Tang and Yrjö Neuvo, Tampere University of Technology, Tampere, Finland Multivariate Order Statistic Filter in 584 Color Image Processing Kaijun Tang, Jaakko Astola and Yrjö Neuvo. Tampere University of Technology. Tampere, Finland A High Speed Image Processor 640 Oriented for Automated Visual Inspection System Tetsuo Hattori, Kagawa University. Takamatsu, Japan; Makoto Nakada and Isamu Kataoka. Toshiba Engineering Corporation, Kawasaki, Japan 588 592 596 Adaptive Grayscale Morphological Filters for Image Noise Smoothing Qiaofei Wang and Yrjö Neuvo, Tampere University of Technology, Tampere, Finland BTC Image Coding Using Mathematical Morphology Qiaofei Wang and Yrjö Neuvo. Tampere University of Technology. Tampere. Finland Wavelet Transform for Corner Detection J. S. Lee. Y. N. Sun. and C. H. Chen, National Cheng Kung University. Taiwan, R.O.C. Optimum Frequency Band Partition for 600 Subband Image Coding Masashi Kameda. Kobe University. Kobe, Japan and Kohhei Ohtake. Nagaoka University of Technology. Nagaoka. Japan Design and Realization of the Distributed Controller for a Fixed Topology MIMD Computer Samir Bouaziz. Edwige E. Pissaloux and A. M rigot. Université Pans XI. Orsay. France Paper not recvhed in time for indusion in proceedings. SAM-3.5 SAM-3.6 SAM-3.7 SAM-3.8 604 XVII SAM-4 Saturday, September 19 9:30 am-1 2:30 pm Room 405 Regular Session: Chair: SAM-4.1 Fuzzy Control inverted Pendulum Controlied Circuit * Using Fuzzy State Memory Fumio Ueno. Takahiro Inoue. Motohiro Insoue and Kouji TasaKi. Kumamoto University. Kumamoto. Japan and Yuji Shtrai. Yatusiro National College of Technology, Kumamoto. Japan SAM-4.2 A Fuzzy-Sliding Mode Controller 608 Design Chung-Chun Kung and Sinn-Cheng Lin. Tatung Institute of Technology. Taiwan. R.O.C. SAM-4.3 A Novel Approach of Fuzzy Control 612 Chung-Chun Kung and Jen-Yang Chen, Tatung Institute of Technology. Taiwan. R.O.C. SAM-4. 4 Design of a Parameterized Fuzzy 616 Processor and Its Applications Bor-Tow Chen. National Tsmg Hua Universi!/. Hsinchu. Taiwan. ROC. Yung-Sheng Cher Yuan-Ze Institute of Technology Taiwan, ROC. and Wen-Hsing hsu. Acaaerna Smica. Taiwan. ROC SAM-5 Saturday, September 19 9:30 am-1 2 :30 pm Room 407 Regular Session: Chair: Control Systems III W. H. Hsu. National Tsmg Hua University, Hsinchu, Taiwan SAM-5.1 Monotonicity of the Performance * Criterion of Singularly Perturbed Linear-Quadratic Control Problem Zoran Gajic and Abraham Bomo. Rutgers University. Piscataway New Jersey USA SAM-5.2 Stability Analysis for Large-Scale 620 Time-Delay Systems with Delay- Dependence Xe-jen Su. Yung -Та Institute of Technology Taiwan. ROC Pm-Lm Liu Chien Kao Junior College of Technology. Taiwan. ROC ana Wen-Jye Shyr. National Changhua (Jive S V of Education. Taiwan. ROC SAM-5.3 Identification of a Nonlinear System 624 Modeled by a Sparse Volterra Series Leehter Yao. William A Sethares and Vu-Hen Hu. University of Wisconsin Madison Wisconsin, USA SAM-5.4 Variable Structure Adaptive Model * Following Control for Large-Scale Systems with Bounded Disturbances Chiang-Cheng Chiang and Young-Ser Su Tatung Institute of Technology. ROC SAM-5.5 Variable Structure Control of a Two- * Link Manipulator Ronald A. Perez. University of Wisconsin- Milwaukee. Milwaukee Wisconsin USA SAM-5.6 A New and Systematic Method of 628 Modeling PWM DC-DC Converters Danusz Czarkowski and Manan К Kazimierczuk Wright State University Dayton Ohio. USA SAM-5. 7 Dynamic Bandwidth Allocation in 632 Communication Systems: An Optimal Control Approach Andreas Pitsillides Jim lapioei Niar1 Ľ япо Joseph Steme Swmbume Institute of Technology. Hawthorn. Australia ťapvr nid rmtucl in timi· tor inclusion in рпкггНіїїцч. XVII Author Index Aganovic, Zijad ...................................... FPM-2.6 Ahmad, Maqbool .................................... FPM-4.1 Alberts, Thomas E ................................... FAM-1 .1 Aldeen, M ................................. FAM-1 .3, FAM-1 .8 Alessandri, A ...................................... THPM-2.7 Al-Saddiki, Ghassan ............................... THPM-3.5 Ando, Kazuaki ........................... THPM-3.3, FPM-2.8 Arai, Kenji ........................................... FPM-4.4 Arce, Gonzalo R ................................... ТНРМ-1 .4 Arimitsu, Yutaka .................................... THEV-5.3 Asano, Mutsuyoshi ................................. THEV-1 .8 Astola, Jaakko ...................................... SAM-3.2 В Bahie-Eldin, Mostafa A .............................. SAM-1 .5 Baldwin, Jeffrey L .................................... FPM-4.2 Bamani, Α. Η ........................................ FAM-1 .5 Bar-Shalom, Yaakov .............................. FPM-5B.1 Bartoiini. G ........................................ ТНРМ-3.2 Bastile, J. L ........................................ FPM-5A.3 Benromdhane, Saida ................................FAM-5.4 Bershad, Neil J ......................................FAM-5.3 Bleuler, Hannes .....................................FAM-1.4 Bonnin, P .......................................... FPM-5A.1 Borno, Abraham .....................................SAM-5.1 Bouaziz. Samir ......................................SAM-3.8 Budišin, Srdjan ....................................THPM-5.2 D Deb, Somnath..................................... FPM-5B.1 Defee, I ............................................THPM-1.6 Desai, Mita D ...................................... FPM-5A.5 E Elsimary, Hamed ..................................THPM-2 5 Emura, Shìn-ichì .....................................FPM-4.4 Estola, Kari-Pekka...................................FAM-4.1 F Fan, Tsai-Hung...................................... FAM-3.1 Farison. James В ...................................THEV-4,7 Ferrara, А ......................................... ТНРМ-3 2 Fischi. R ............................................. FAM-6 5 Fortuna, L ........................................... FPM-2 2 Fuchi, К .................................... Plenary Session I Furushima, Shusaku ............................... THEV-5 7 G Gajic, Zoran ....................... FAM-1. FPM-2.6. SAM-5.1 Gallo. A ............................................. FPM-2. 2 Goishi, Masaru ...................................... FPM-4.6 Gong. Bi ............................................ SAM-2.7 Grundström. Mika ................................. THPM-1 .5 Gupta. M. M .............................. THEV-2. THEV-2 3 Carrière, Alain ....................................... FPM-4.7 Chang, Chia-Fen .................................... FAM-5.5 Chang. Kuo-Chu .................................. FPM-5B.3 Chang. Shao-Hung .................................. FPM-4.3 Chao. Jinhui ........ THPM-2. 1. РРМ-бА.г. SAM- 1.3. SAM-1 .6 Chen. Bor-Tow ...................................... SAM-4.4 Chen. C.H ........................................... SAM-3.6 Chen, Jen-Yang ..................................... SAM-4.3 Chen. Jiann-Uang ................................... FPM-4.3 Chen. Qin .......................................... THEV-1 3 Chen, Shoupu ..................................... THPM-1 .4 Chen. Yung-Sheng ................................ SAM-4.4 Chiang, Chiang-Cheng .......................... SAM-5.4 Chiba. Norishige ... ................ FPM-4 6 Chiou, Jumg-Shian ............... FPM-2. 3 Chong. Chee-Yee FPM-5B 3 Chow, T W S ТНРМ-3 4 Christensen. К -E .......... FPM-3. 4 Crusca. F . FAM-1 3 Czarkowski Dariusz SAM 5 6 Hamám. Yskandar ..... Hansler. Eberhard ...... Hara. Shinsuke ........ Haraguti. N ......... Haruki. Kazuhito ...... Haseyama. Miki ....... Hashimoto. Takeshi Hatakeyama. Akìhiro .. Hatakeyama. Kazutatsu Hattori. Tetsuo He. Zhenya ..... . Herzog. Raoul ..... Higuchi. Tatsuo Higuchi, Toshiro Higuma. Katsutoshi Hinamoto. Takao Hirano. Kotaro Honma. Hideki Hori. Osamu Horio, Yoshihiko Hou. Jiansheng H ....................... FPM-4 7 ............. THEV-3 ........................ FPM-3 2 ..................... THPM-2 6 ................... FPM-1 .5 ........................ SAM-1 1 THPM-5 3 ................ FAM-6 3 ............ THPM-4 3 FAM-3 4 ....... SAM-3 3 SAM-2. SAM-2 1, SAM-2.7 FAM-1 4 FAM-4 5 FPM-1 6 FPM-4 4 THEV-4 1 THEV-4 3 Plenary Session I FPM-1 8 FPM-3 З THE V 4 8 THEV-5 2 FAM-4 4 THPM-2 З XIX Hsu, Wen-Hsing ............................. SAM-5, SAM-4.4 Hu, Yu Hen ......................................... SAM-5.3 Huang, Su-Shun .................................. THPM-2.4 Hull, Andrew W .................................... FPM-5A.5 Huo, Guiging ........................................ SAM-2.8 I Imamura, Ken ...................................... THEV-1.8 Inage, Toshihiro ..................................... FAM-2.3 Inoue, Masahiro .................................... THEV-5.5 Inoue, Takahiro ......................... THPM-2.6, SAM-4.1 Inoue, Takeshi ............................ FAM-2.1 , FAM-2.2 Insoue, Motohiro .................................... SAM-4.1 Ishigame, Atsushi .................................. THEV-2.6 Itamiya, К ......................................... THPM-3.3 J Jeng, Bor-Shenn .................................. THPM-2.4 Jeng, Yn-Shyang .................................... FPM-2.3 Jenkins, W. Kenneth ......... FPM-5A, FPM-5A.4, FPM-5A.5 Jin, Ju ............................................... FPM-1 .6 Juhola, M ............................................ FPIVI-3.4 К Kabe, M ........................................... THPM-4.1 Kadowaki, Yukio .................................... FAM-4.4 Kaelin, A ........................................... THEV-3.2 Kagiwada, Harriet H ................................. FAM-6.1 Kalába, Robert Є .................................... FAM-6.1 Kameda, Masashi ................................... SAM-3.7 Kammer, Daniel С ................................... FAM-3.6 Kan, Toshihiko ...................................... FAM-2.4 Kanai, Satoshi ...................................... THEV-5.7 Kanda, Hiroshi ...................................... FAM-2.4 Kangsanant, Theo................................... FPM-1 .7 Katakura, Kageyoshi ................................ FAM-2.4 Kataoka, Isamu ..................................... SAM-3.3 Katayama. Masaaki ....................... РРМ-З.І, FPM-3.5 Katayama, Tohru .................................... FAM-1 .2 Katsuraji, N.......................................... FAM-6.5 Kawabe, Shinobu ......................... SAM-1 .3, SAM-1 .6 Kawahashi, Akiyoshi ................................ FAM-4.4 Kawakami, Atsushi ................................. THEV-4.4 Kawamata, Masayuki ........................ FAM-4, FAM-4.5 Kawamoto, Shunji .................................. THEV-2.6 Kawamura, Hiroshi ................................. THEV-2.5 Kawanishi, Koichi ................................... FAM-2.3 Kawata, Yoshiyuki ................................... FAM-6.3 Kazimierczuk, Marian К .............................. SAM-5.6 Khare, Anil ................................ FAM-4.3, FAM-4.6 Kida, Takuro ............... THEV-4.2, THEV-4.6, FPM-5A.4, Kim, Changhun ..................................... THEV-5.5 Kim, Seong ......................................... FAM-1 .7 King, S .............................................. FPM-1 .4 Kishigarni, Tohru .................................. FPM-5A.2 Kitajima, Katsuhiro ................................. THEV-5.1 Kitamoto, Takuya .................................... FPM-2.8 Kitamura, S .......................................... THPM-4 Koezuka, Takashi .................................. THEV-5.8 Kohno, Ryuji ...................................... THPM-5.5 Koski, E ........................................... ТНРМ-1.3 Kuh, Anthony................................FAM-5, FAM-5.1 Kumashiro, M ......................................THPM-4.6 Kung, Chung-Chun ........................SAM-4.2, SAM-4.3 Kurokawa, Fujio ....................................THEV-1.8 Kurokawa, К ............................... Plenary Session II Kuusama, J ..........................................FPM-3.4 Kwong, Chung-ping .................................SAM-2.6 L Lai, Lin-Ying .........................................FPM-2.1 Lambert, Jim ........................................SAM-5.7 Lan, S ...............................................FPM-2.7 Lee, J. S ............................................SAM-3.6 Lee, Seoung Soo ...................................THEV-5.4 Lee, Yong Hoon ...................................THPM-1.1 Leung, T.P........................................THPM-2.2 Li, Nian .............................................SAM-5.7 Liang, Der-Yew ......................................FPM-2.4 Liggins II, Martin E ................................. FPM-5B.2 Lin, Chih-Min ........................................FPM-2.1 Lin, Sinn-Cheng .....................................SAM-4.2 Liu, Pin-Lin ..........................................SAM-5.2 Liu, Qin ........................................... ТНРМ-1 .5 Liu, Ron-Yi ........................................ THPM-2.4 Liu, Zhongkan ....................................... SAM-2.2 Llinas, James ..................................... FPM-5B.2 Lou, Kang-Ning ..................................... FAM-3.1 Lu, Hung-Ching ..................................... FPM-2.4 Luh, J. Y. S ......................................... THEV-1.3 M Maeda, Yutaka ...................................... FAM-3.2 Maekawa, S ........................................ THEV-4.3 Mäkivirta, A .............................. THPM-1 .3, FPM-3.4 Malki, Heidar A ...................................... FPM-4.2 Mashally, Samia ................................... THPM-2.5 Masuda, Kazuhiko ................................... FAM-6.2 Masugata, Hisashi ................................... FAM-2.4 Matsumoto, M ..................................... THPM-4.1 Matsuo, Hirofumi ................................... THEV-1.8 Matsuo, Hirohide ................ FAM-2.1 , FAM-2.3, FAM-2.4 Matsuo, Takarni ........................ THPM-4.6, THPM-4.7 Mèrigot, A ........................................... SAM-3.8 Miki, Nobuhiro ....................................... SAM-1 .1 Minamide, Nariyasu ............................... THPM-3.1 Minowa, Kenji .......................... THPM-2.1 , FPM-5A.2 Mitchell, T. A ........................................ FPM-1 -3 Miura, Jun .......................................... THEV-1.1 Miura, Mamoru ...................................... FPM-4.6 Miyamoto, Shinichi .................................. FPM 3·5 XX Mochizuki, Hiroshi .................................. THEV-4.6 Monden, Yoshimi .................................... FAM-1 .6 Moore, John В ..................................... THPM-3.7 Mori, Shozo ....................................... FPM-5B.3 Morinaga, Norihiko .............. FPM-3.1, FPM-3.2, FPM-3.5 Morita, Hisaki ....................................... FAM-2.4 Moschytz, G. S ..................................... THEV-3.2 Mukai, Sonoyo ...................................... FAM-6.6 Muneyasu, Mitsuji .................................. THEV^.I Muscato, G .......................................... FPM-2.2 N Nagai, Nobuo ....................................... SAM-1 .1 Nagamatsu, Masayasu .............................. FAM-1 .6 Nagatsuka, Kazuyuki ...................... FAM-2.1 , FAM-2.3 Nakada, Makoto ..................................... SAM-3.3 Nakajima, Shigeru ................................... FAM-2.4 Nakajo, H ........................................... THEV-4.3 Nakamori, Seiichi .................................... FAM-3.5 Nakamura, Shogo ................................... FAM-4.4 Nakamura, Τ ........................................ FAM-2.5 Nakamura, Takeshi ................................. THEV-5.8 Nakano, Kouichi ..................................... FPM-1.1 Nakano, Takayuki .................................. THEV-3.1 Nakaoka, Mutsuo .................................... FAM-2.2 Neuvo, Yrjö ...... THPM-1, THPM-1.5, THPM-1. 6, THEV-4.5, ЅАМ-ЗИ, SAM-3.2, SAM-3.4, SAM-3.5 Nishihara, Seiichi ................................... THEV-5.5 Nishimura, Shotaro .......................... FAM-3, SAM-1. 4 Nishimura, Toshi Hiro .. FAM-2, FAM-2.1, FAM-2.2, FAM-2.3, FAM-2.4, FAM-2.5 Nishitani, Takao .................................... THEV-4.8 Nitta, Yoshimi ....................................... FAM-2.3 Nomura, Takanori ................................... FPM-3.3 Novotný, J .......................................... ТНЕУ-З^ Nunnari, G ........................................... FPM-2.2 О Occello, Michel ..................................... TH EV- 1.7 Odanaka, Tosió ................................... ТНРМ-4.2 Ohsawa, Yasuharu .................................. FPM-4.4 Ohsumi, Akira ....................................... FPM-2.5 Ohta, Katsuhiko .................................... THEV-1.8 Ohta, Mitsuo ............................ THPM-4.3, FAM-3.4 Ohta, Mutsumi ..................................... THEV-4.8 Ohtake, Kohhei ...................................... SAM-3.7 Ohtani, Atsuhisa ..................................... FAM 6.3 Öistämö, Kai ...................................... THPM-1 .5 Okada, Hiroto ....................................... FAM-5.5 Okada, Minoru ...................................... FPM-3.2 Oliveira, Eugênio ................................... THEV-1 .4 Ono, Toshiro ....................................... THEV-5.4 P Palaniswami, M ..................................... THEV-1 .2 Parisini, T ......................................... ТНРМ-2.7 Pattipaii, Krishna R ................................ FPM-5B.1 Pei, Hai-Long ..................................... THPM-2.2 Peng, Zhiping ....................................... SAM-2.4 Perez, Ronald A ..................................... SAM-5.5 Pissaloux, Edwige E ......................... SAM-3, SAM-3.8 Pitsillides, Andreas .................................. SAM-5.7 Pota, Hemanshu R .................................. FAM-1 .1 Pujara, L. R ................................. FAM-1 .7, FPM-2 R Ramos, Carlos ..................................... THEV-1 .4 Rubin, Stuart ................................ FPM-1 , FPM-1 .2 S Sa-Nguankotchakom, Somsak ..................... FPM-5A.4 Saeki, Masami ...................................... FPM-2.8 Sagara, S ................................... FAM-6, FAM-6.5 Saito, Masao .............................. FAM-2.1 , FAM-2.2 Sakamoto, Seiichi ................................... FAM-2.3 Sakamoto, Tsugaya ................................. FAM-2.5 Sakata, Shojiro ........................... THPM-5, THPM-5.1 Salam, Fathi M. A. .. .THPM-2, THPM-2.3, FAM-5.4, FPM-4.1 Saleh, Saleh A .................................... THPM-3.6 Sanguineti, M ...................................... THPM-2.7 Sano, Itaru .......................................... FAM-6.6 Sarhadi, M ................................. FPM-1 .3, FPM-1 .4 Sasaki, M .......................................... THPM-2. 6 Sawada, Yuichi ...................................... FPM-2.5 Schott, W ........................................... THEV-3.5 Senda, Shoichi .......... FAM-2, FAM-2.1 , FAM-2.3, FAM-2.4 Senda, Toyomitsu .................................. THEV-5.3 Sethares, William A ........................ FAM-3.6, SAM-5.3 Shahine, Sarnir .................................... THPM-2.5 Shenoi, B. A ................................ Plenary Session I Shertukde, Hemchandra M ............... FPM-5B, FPM-5B.4 Sheu, Bing J ......................................... FAM-5.5 Shi, Yuhui ........................................... SAM-2.1 Shida, Jun-ichi ...................................... FPM-4.6 Shiina, T ............................................. FAM-2.5 Shimamura, Tetsuya ................................ FAM-3.3 Shimotsuji, Shigeyoshi ............................. THEV-5.2 Shin, S ............................................ THPM-3.3 Shin, Youngin Oh .................................. THEV-4.7 Shirai, Yoshiaki ..................................... THEV-1 .1 Shirai, Yuji .......................................... SAM-4.1 Shuai, Dian-xun ..................................... SAM-2.3 Shynk, John J ............................... FAM-5.3, FPM-4 Shyr, Wen-Jye ...................................... SAM-5.2 Sicuranza, Giovanni L .................... THPM-1 .2, THEV-4 Soininen, R ........................................ THPM-1 .6 Solert, E. A .......................................... SAM-1 .2 Song, Jongkwan .................................. THPM-1. 1 Song, Xudong ...................................... THEV-4.5 Steiner, Joseph ..................................... SAM-5.7 Stubberud, A ........................................ FAM-5.2 Su, Te-Jen .......................................... SAM-5.2 XXI Su, Young-Sen ...................................... SAM-5.4 Suehiro, Naoki .................................... ТНРМ-5.6 Suekane, Hiromi .................................... FAM-2.3 Suganuma, Naoaki .................................. FPM-1 .8 Sugimoto, S ....................................... THPM-4.1 Sugisaka, Masanori .......... THPM-4.6, THPM-4.7, FAM-6.5 Sun, Yung Nien ........................... FPM^.ö, SAM-3.6 Suzuki, Jouji ........................................ FAM-3.3 Τ Tai, Ruey-Shih ...................................... FPM-2.1 Takaba, Kiyotsugu .................................. FAM-1.2 Takagi, Tomohiro ................................... THEV-2.4 Takagi, Toru ........................................ FAM-2.3 Takahashi, Hidetomo ............................... THEV-5.7 Takamoto, Τ ......................................... FAM-2.5 Takashima, Tsutomo ................................ FAM-6.2 Takebe, Tsuyoshi ......................... SAM-1 , THEV-3.1 Tan, Zheng .......................................... SAM-2.5 Tanaka, Shogo .................................... THPM-4.5 Tang, Kaijun .............................. SAM-3.1 , SAM-3.2 Tani, Akinori ........................................ THEV-2.5 Tanigawa, Satohide ................................ THEV-5.2 Taniguchi, Tsuneo .................................. THEV-2.6 Tasaka, Moriyasu .................................. THEV-5.1 Tasaki, Kouji ........................................ SAM-4.1 ten Kate, W.R.Th .................................... FPM-3.4 Terashita, Y ....................................... ТНРМ-4.4 Thomas, Marie-Claude ............................. THEV-1. 7 Tian, Mu .......................................... THPM-I^ Tömbre, Karl ....................................... THEV-5.6 Tomita, Masahiro.......................... FPM-3.3, FPM-1 .8 Tomiyama, Ken ....... THEV-5, THEV-5.8, Plenary Session II Trinh, H ............................................. FAM-1.8 Truninger. Rolf ..................................... THEV-1 .5 Tsai, Ching Tsorng .................................. FPM-4.5 Tsai, Yuang-Chang ................................ THPM-2.4 Tsuchida, Nobuki ................................... THEV-5.5 Tsujii, Shigeo ....... THPM-2.1 , FPM-5A.2. SAM-1 .3, SAM-1. 6 Tsujio, Showzow ................................... THEV-5.4 U Uchino, Eiji .......................................... FAM-3.4 Ueno, Fumio ............................ THPM-2.6, SAM-4.1 Ueno, Sueo ......................................... FAM-6.4 V Vaxivière. Pascal ................................... TI-IEV-5.6 Vinck. Han ........................................ THPM-S^ Vischer, Dieter ..................................... THEV-1 .6 W Wabgaonkar, H ...................................... FAM-5.2 Wada, Isaku......................................... FPM-1 .5 Wang, Alan-P ....................................... FAM-6.4 Wang, Changzheng ................................. FPM-3.3 Wang, Qiaofei ..................,.......... SAM-3.4, SAM-3.5 Wang, Wen-June .................................... FPM-2.3 Wang, Yan ................................ FAM-4.2, FAM-4.3 Watanabe, Yasuo ................................... FPM-1. 1 Watanbe, Yoshio .................................... FAM-4.3 Woo, Peng-Yung ........................ ТНРМ-3.6, FPM-2.7 Wu, Meng ........................................... SAM-2.7 Wu, Quen-Zong ................................... THPM-2.4 Xu, Bing-zheng ...................................... SAM-2.6 Y Yam, Y. F ......................................... THPM-3.4 Yamaguchi, Toru ................................... THEV-2.4 Yamakawa, Takeshi ...................... THEV-2, THEV-2.2 Yamamoto, Sozo ................................... THEV-2.4 Yan, Weiyong ..................................... THPM-3.7 Yang, Xuedong ...................................... FAM-4.5 Yang, Zhihong ...................................... FPM-3.3 Yao, Leehter .............................. FAM-3.6, SAM-5.3 Yokoi, Hironobu ..................................... FAM-2.3 Yoneda, Kiyoshi ..................................... FPM-1 .5 Yoshida, Makoto ................................... THEV-5.1 Yoshikawa, K ....................................... THEV-4.3 Yoshikawa, Toshinori ............ FAM-4.2, FAM-4.3, FAM-4.7 Yu, Juebang ........................................ SAM-2.8 Yura, Takafumi ...................................... FAM-2.4 Z Zadeh, Lotti A ................... Plenary Session I, THEV-2.1 Zalnieriunas, Alejandro ............................. THEV-3.3 Zavidovique, B ..................................... FPM-5A.1 Zeng, Huanglin ...................................... SAM-2.8 Zhang, Bai-ling ...................................... SAM-2.6 Zhang, Liming ....................................... ЅАМ-г^ Zhihong, Man ...................................... THEV-1 .2 Zhou, Qi-Jie ....................................... ТНРМ-2.2 Zoppoli, R ......................................... THPM-2. XXII
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id DE-604.BV009539463
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spellingShingle IEEE International Conference on Systems Engineering September 17 - 19, 1992
Systemtechnik (DE-588)4140901-2 gnd
subject_GND (DE-588)4140901-2
(DE-588)1071861417
title IEEE International Conference on Systems Engineering September 17 - 19, 1992
title_alt Proceedings of the IEEE International Conference on Systems Engineering
title_auth IEEE International Conference on Systems Engineering September 17 - 19, 1992
title_exact_search IEEE International Conference on Systems Engineering September 17 - 19, 1992
title_full IEEE International Conference on Systems Engineering September 17 - 19, 1992
title_fullStr IEEE International Conference on Systems Engineering September 17 - 19, 1992
title_full_unstemmed IEEE International Conference on Systems Engineering September 17 - 19, 1992
title_short IEEE International Conference on Systems Engineering
title_sort ieee international conference on systems engineering september 17 19 1992
title_sub September 17 - 19, 1992
topic Systemtechnik (DE-588)4140901-2 gnd
topic_facet Systemtechnik
Konferenzschrift 1992 Kobe
url http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006300368&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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