The industrial electronics handbook / 
editor-in-chief, J. David Irwin. 
 - Boca Raton, Fla. :  CRC Press,  c1997. 
 - xxxvi, 1686 p. :  ill. ;  29 cm. 
 - The electrical engineering handbook series .
<br/><br/>Includes bibliographical references and index. 
<br/><br/>PART I: FUNDAMENTALS OF INDUSTRIAL ELECTRONICS<br/>Fundamental Supporting Technologies<br/>Electronics<br/>Digital Control Circuits<br/>Computer Architecture<br/>Signal Processing<br/>Data Acquisition and Measurement Systems<br/>Sensors<br/>Measurement System Architecture<br/>Power Electronics<br/>Overview<br/>Overview of Devices and Components<br/>Converters<br/>Motor Drives<br/>Mains Disturbances<br/>Electromagnetic Compatibility for Drives<br/>Factory Communications<br/>Evolution of Factory Communication<br/>Open Systems Interconnection Basic Reference Model<br/>Local Area Networks<br/>The Manufacturing Automation Protocol (MAP)<br/>Essential Communications Protocols<br/>System Control<br/>Control System Fundamentals<br/>Modeling for System Control<br/>Basic Feedback Concept<br/>Stability Analysis<br/>PID Control<br/>Bode Diagram Method<br/>Root Locus Method<br/>Pole Placement Design<br/>Smith Predictor Technique<br/>Internal Model Control<br/>Model Predictive Control<br/>Dynamic Matrix Control<br/>Disturbance Observation-Cancellation Technique<br/>Phase-Lock-Loop Based Control<br/>Variable Structure Control Technique<br/>Digital Computation<br/>Digital Control<br/>Estimation and Identification<br/>Fuzzy Logic Based Control<br/>Neural Network Based Control<br/>Programmable Logic Controller (PLC)<br/>Adaptive Control<br/>Hardware Compensating Networks<br/>m Synthesis and Analysis<br/>Factory Automation<br/>An Overview of Factory Automation<br/>Types of Automated Manufacturing Systems<br/>Production Management Architecture<br/>Production Management Techniques<br/>Automated Manufacturing System Development Methodology<br/>Hybrid Systems and Control<br/>Virtual Manufacturing Environment<br/>Signal Processing for Factory Production Line<br/>Robots<br/>PART II: INTELLIGENT ELECTRONICS AND EMERGING TECHNOLOGIES<br/>Expert Systems and Neural Networks<br/>Current Applications of Expert Systems in Industrial Electronics<br/>Expert Systems Methodology<br/>Expert Systems and Their Use in Complex Engineering Systems<br/>Current Trends in Neural Networks for Industrial Electronics<br/>The Basic Ideas in Neural Networks<br/>Neural Networks on a Chip<br/>Commercially Available Neural Network Chips<br/>Implementing Neural Networks in Silicon<br/>An Avionics Application: MIMD Neural Network Processor<br/>From Backpropagation to Neurocontrol<br/>CMAC Architecture for Color Correction<br/>Temporal Signal Processing<br/>Feature Selection for Pattern Recognition Using Multilayer Perceptrons<br/>Wavelets for Pattern Recognition: Wavelet Based Segmentation and Resistive Grid Averaging for Local Feature Extraction<br/>Fractals for Pattern Recognition: A PDP Approach to Localized Fractal Dimension Computation with Segmentation Boundaries<br/>Multilayer Perceptron with ALOPEX and Backpropagation<br/>Supervised Neural Networks for Handwritten Digit Recognition in Industrial Processing<br/>Neocognition<br/>Studies of Pattern Recognition with Self-Learning Layered Neural Networks<br/>Analog 3-D Neuroprocessor for Fast Frame Focal Plane Image Processing<br/>Simulated Annealing, Boltzmann Machine, and Hardware Annealing<br/>Radial Basis Function (RBF) Neural Networks<br/>Hardware Implemented Radial Basis Function (RBF): The IBM Zero Instruction Set<br/>The RCE Neural Network<br/>Probabilistic Neural Networks Model<br/>General Regression Neural Networks Model<br/>On Classifiers: An Overview<br/>Fuzzy Systems and Soft Computing<br/>Applications of Fuzzy Systems and Soft Computing for Industrial Electronics<br/>Fuzzy Numbers: The Application of Fuzzy Algebra to Safety and Risk Analysis<br/>Fuzzy Systems<br/>Fuzzy Hardware<br/>Fuzzy Modeling and Applications: Controls, Vision, Decisions<br/>Fuzzy Logic Control: Basics and Applications<br/>Development of an Intelligent Unmanned Helicopter Based on Fuzzy Systems<br/>Fuzzy/Neural Modeling<br/>NeuFuz - A Combined Neural Net/Fuzzy Logic Tool<br/>Neural Network Learning in Fuzzy Systems<br/>Neurocontrol and Elastic Fuzzy Logic: Capabilities, Concepts, and Applications<br/>Integrated Health Monitoring and Control in Rotocraft Machines<br/>Autonomous Neural Control in Flexible Space Structures<br/>Fuzzy Pattern Recognition<br/>Neural Fuzzy Systems in Handwritten Digit Recognition<br/>Fuzzy Algorithms for Learning Vector Quantization<br/>Adaptive Resonance Theory<br/>Future Directions for Fuzzy Systems and Soft Computing in Industrial Electronics<br/>Evolutionary Systems, Computational Intelligence, and Hybrid Systems Applications<br/>Applications of Evolutionary Systems for Industrial Electronics<br/>Evolutionary Computation<br/>Genetic Algorithms<br/>Fuzzy Evolutionary/GA Systems<br/>Information Fusion by Fuzzy Set Operations and Genetic Algorithms<br/>Neural Evolutionary/GA Systems and Applications<br/>Computational Intelligence Applications in Industrial Electronics<br/>Hybrid Artificial Intelligence Systems<br/>Application Techniques (Combining Fuzzy Logic, Artificial Neural Networks, and Probabilistic Reasoning: Soft Computing)<br/>Synthesis of Fuzzy, Artificial Intelligence, Neural Networks, and Genetic Algorithm for Hierarchical Intelligence Control Top-Down and Bottom-Up Hybrid Method<br/>Advanced Tools for Adaptive Nonlinear Modeling and Control of Power in Large Systems<br/>Application of Model Reference Adaptive Control and Adaptive Time-Delay RBF Networks<br/>Emerging Technologies<br/>Current Applications in Virtual Reality<br/>Micro-Electro-Mechanical System (MEMS)<br/>Multisensor Fusion and Integration for Intelligent Systems<br/>Index<br/><br/>CONTRIBUTORS<br/>Kenneth Agehed<br/>Royal Institute of Technology (Sweden)<br/><br/>Marcelo Ang, Jr.<br/>National University of Singapore (Singapore)<br/><br/>Fumihito Arai<br/>Nagoya University (Japan)<br/><br/>Tamio Arai<br/>University of Tokyo (Japan)<br/><br/>Tom Baginski<br/>Auburn University<br/><br/>Vrej Barkhordarian<br/>International Rectifier Corporation<br/>El Segundo, California<br/><br/>Antal Bejczy<br/>Jet Propulsion Laboratory<br/>Califomia Institute of Technology<br/><br/>Upendra Belhe<br/>University of Iowa<br/><br/>Michael Benard<br/>Hewlett Packard SA (Switzerland)<br/><br/>Janos Bencze<br/>EKA Factory/El Appliances & Materials (Hungary)<br/><br/>Richard Blade<br/>University of Colorado at Colorado Springs<br/><br/>Jozsef Borka<br/>Hungarian Academy of Sciences<br/><br/>A. John Boye<br/>University of Nebraska-Lincoln<br/><br/>William Boyer<br/>Sandia National Laboratories<br/>Albuquerque, New Mexico<br/><br/>William Brogan<br/>University of Nevada, Las Vegas<br/><br/>Ronald Brown<br/>Marquette University<br/><br/>Janusz Bryzek<br/>Lucas NovaSensor<br/>Fremont, California<br/><br/>Dan Bugajski<br/>Honeywell Technology Center<br/>Minneapolis, Minnesota<br/><br/>Denis Calvet<br/>DSM/DAPNIA/SEI (France)<br/><br/>Gail Carpenter<br/>Boston University<br/><br/>John Carson<br/>Irvine Sensors Corporation<br/>Costa Mesa, California<br/><br/>Thomas Caudell<br/>University of New Mexico<br/><br/>Chen-Yu Chi<br/>QualComm, Inc.<br/>Costa Mesa, California<br/><br/>Mo-yuen Chow<br/>North Carolina State University<br/><br/>Robert Christie<br/>University of Virginia, Charlottesville<br/><br/>WooGon Chung<br/>Sung Kyun Kwan University<br/><br/>Michel Combacau<br/>L.A.A.S.-C.N.R.S. (France)<br/><br/>J. Arlin Cooper<br/>System Studies<br/>Albuquerque, New Mexico<br/><br/>Mark Cooper<br/>Memphis, Tennessee<br/><br/>Michele Costa<br/>CERN (Switzerland)<br/><br/>Marc Courvoisier<br/>I.N.S.A. de Toulouse (France)<br/><br/>Timothy Dasey<br/>MIT Lincoln Labs<br/>Lexington, Massachusetts<br/><br/>Taher Daud<br/>Jet Propulsion Laboratory<br/>Califomia Institute of Technology<br/><br/>J. Alexis De Abreu-Garcia<br/>University of Akron<br/><br/>Martin De Prycker<br/>Alcatel Bell Telephone (Belgium)<br/><br/>Jean-Dominique Decotignie<br/>Swiss Federal Institute of Technology (Switzerland)<br/><br/>Bert Dempsey<br/>University of North Carolina at Chapel Hill<br/><br/>Thomas Denney, Jr.<br/>Auburn University<br/><br/>Al Diy<br/>International Rectifier Corporation<br/>El Segundo, California<br/><br/>Kamel Djidi<br/>DSM/DAPNIA/SEI (France)<br/><br/>Rhonda Drayton<br/>University of Illinois at Chicago<br/><br/>Jean-Pierre Dufey<br/>CERN (Switzerland)<br/><br/>Ernst Dummermuth<br/>Rockwell Automation<br/>Mayfield Heights, Ohio<br/><br/>Tuan Duong<br/>Jet Propulsion Laboratory<br/>Califomia Institute of Technology<br/><br/>Ranadeep Dutta<br/>International Rectifier Corporation<br/>El Segundo, California<br/><br/>Age Eide<br/>Royal Institute of Technology (Sweden)<br/><br/>Charles Einolf, Jr.<br/>Westinghouse Science & Technology Center<br/>Pittsburgh, Pennsylvania<br/><br/>Prasad Enjeti<br/>Texas A&M University<br/><br/>Dale Enns<br/>Honeywell Technology Center<br/>Minneapolis, Minnesota<br/><br/>Arthuro de la Escalera<br/>Universidad Carlos III de Madrid (Spain)<br/><br/>Johnny Evers<br/>USAF Armament Directorate<br/><br/>Faiq Fazal<br/>AT&T Network Systems<br/>Warren, New Jersey<br/><br/>A. Bruno Frazier<br/>University of Utah<br/><br/>Craig Friedrich<br/>Louisiana Tech University<br/><br/>Hiroyuki Fujita<br/>University of Tokyo (Japan)<br/><br/>Toshio Fukuda<br/>Nagoya University (Japan)<br/><br/>Kunihiko Fukushima<br/>Osaka University (Japan)<br/><br/>Diego Gachet<br/>Universidad Carlos III de Madrid (Spain)<br/><br/>Fathi Ghorbel<br/>Rice University<br/><br/>Michael Greene<br/>Auburn University<br/><br/>Stephen Grossberg<br/>Boston University<br/><br/>Leif Gustafsson<br/>Uppsala University<br/><br/>Sandor Halasz<br/>Technical University of Budapest (Hungary)<br/><br/>C.C. Hang<br/>National University of Singapore<br/><br/>Royce Harbor<br/>University of West Florida, Pensacola<br/><br/>Simon Haykin<br/>McMaster University (Canada)<br/><br/>John Hecklesmiller<br/>Best Power Technology, Inc.<br/>Necedah, Wisconsin<br/><br/>James Heinen<br/>Marquette University<br/><br/>James Helferty<br/>Pennsylvania State University<br/><br/>Sunderesh Heragu<br/>Rensselaer Polytechnic Institute<br/><br/>Gerry Heydt<br/>Arizona State University<br/><br/>Robert Hines<br/>Sun Microsystems<br/>Arlington, Virginia<br/><br/>Isao Hirano<br/>Hitachi, Ltd. (Japan)<br/><br/>Scotte Hodel<br/>Auburn University<br/><br/>Mitsuyuki Hombu<br/>Hitachi, Ltd. (Japan)<br/><br/>Takamasa Hori<br/>Mie University (Japan)<br/><br/>Guan-Chyun Hsieh<br/>National Taiwan Institute of Technology<br/><br/>Solve Hultberg<br/>Royal Institute of Technology (Sweden)<br/><br/>James Hung<br/>University of Tennessee, Knoxville<br/><br/>John Hung<br/>Auburn University<br/><br/>Stephen Hung<br/>Ford Motor Company<br/>Dearborn, Michigan<br/><br/>Imre Ipsitis<br/>Technical University of Budapest (Hungary)<br/><br/>Rokuya Ishii<br/>Yokohama National University (Japan)<br/><br/>Mike Jackson<br/>Honeywell Technology Center<br/>Minneapolis, Minnesota<br/><br/>Yashvant Jani<br/>Hitachi American Limited<br/>Brisbane, California<br/><br/>Jim Jara-Almonte<br/>SSI Technologies, Inc.<br/>Janesville, Wisconsin<br/><br/>Ray Jarvis<br/>Monash University (Australia)<br/><br/>Bernard Jiang<br/>Yuan-Ze Institute of Technology (Taiwan)<br/><br/>Nicolaos Karayiannis<br/>University of Houston<br/><br/>Attila Karpati<br/>Technical University of Budapest (Hungary)<br/><br/>Linda P.B. Katehi<br/>University of Michigan, Ann Arbor<br/><br/>Michael Kay<br/>North Carolina State University<br/><br/>Okyay Kaynak<br/>Bogazici University (Turkey)<br/><br/>Sabrina Kemeny<br/>Jet Propulsion Laboratory<br/>Califomia Institute of Technology<br/><br/>Chang-Jin Kim<br/>University of California, Los Angeles<br/><br/>Lindsay Kleeman<br/>Monash University (Australia)<br/><br/>Teuvo Kohonen<br/>Helsinki University of Technology (Finland)<br/><br/>Karl Kluge<br/>University of Michigan, Ann Arbor<br/><br/>Klaudiusz Kobylecki<br/>Uppsala University (Sweden)<br/><br/>Mieczyslaw Kokar<br/>Northeastern University<br/><br/>Zbigniew Korona<br/>Northeastern University<br/><br/>Mark Kotanchek<br/>Pennsylvania State University<br/><br/>Satoru Kotsu<br/>Tokyo Institute of Technology (Japan)<br/><br/>Karoly Kurutz<br/>Technical University of Budapest (Hungary)<br/><br/>Andrew Kusiak<br/>University of Iowa<br/><br/>Clifford Lau<br/>Office of Naval Research<br/>Arlington, Virginia<br/><br/>Dave Layden<br/>Best Power Technology, Inc.<br/>Necedah, Wisconsin<br/><br/>Tawfik Lazraq<br/>Royal Institute of Technology (Sweden)<br/><br/>Robert Lea<br/>Ortech Engineering, Inc.<br/>Houston, Texas<br/><br/>P. Ledu<br/>DSM/DAPNIA/SEI (France)<br/><br/>Jay Lee<br/>Auburn University<br/><br/>Jeong Lee<br/>Georgia Institute of Technology<br/><br/>T.H. Lee<br/>National University of Singapore<br/><br/>Michael Lehr<br/>Stanford University<br/><br/>Mike Letheren<br/>CERN (Switzerland)<br/><br/>Khiang-Wee Lim<br/>University of New South Wales (Australia)<br/><br/>Thomas Lindblad<br/>Royal Institute of Technology (Sweden)<br/><br/>Clark Lindsey<br/>Royal Institute of Technology (Sweden)<br/><br/>Anna Loskiewicz-Buczak<br/>Allied Signal<br/>Morristown, New Jersey<br/><br/>Christopher Lucarelli<br/>Rensselaer Polytechnic Institute<br/><br/>Ren Luo<br/>North Carolina State University<br/><br/>Noel MacDonald<br/>Cornell University<br/><br/>Neeraj Magotra<br/>University of New Mexico, Albuquerque<br/><br/>Atsushi Manabe<br/>Ibaraki, Japan<br/><br/>I. Mandjavidze<br/>DSM/DAPNIA/SEI (France)<br/><br/>Giridhar Mandyam<br/>University of New Mexico, Albuquerque<br/><br/>David Marchette<br/>U.S. Navy<br/>Dahlgren, Virginia<br/><br/>Alessandro Marchioro<br/>CERN (Switzerland)<br/><br/>Walt Maslowski<br/>Allen-Bradley Co<br/>Mequon, Wisconsin<br/><br/>Wes McCoy<br/>Motorola, Inc.<br/>Fort Worth, Texas<br/><br/>Ryosuke Masuda<br/>Tokai University (Japan)<br/><br/>Joe Mica<br/>NASA/Goddard Space Flight Center<br/><br/>Evangelia Micheli-Tzanakou<br/>Rutgers University<br/><br/>S.A. Miller<br/>Cornell University<br/><br/>Nadine Miner<br/>Sandia National Laboratories<br/>Albuquerque, New Mexico<br/><br/>Curtis Moffit<br/>Newbridge Networks, Inc.<br/>Herndon, Virginia<br/><br/>Luis Moreno<br/>Universidad Carlos III de Madrid (Spain)<br/><br/>Blaise Morton<br/>Honeywell Technology Center<br/>Minneapolis, Minnesota<br/><br/>W. Bosseau Murray<br/>Pennsylvania State University, Hershey Medical Center<br/><br/>Herschell Murry<br/>Polhemus Inc.<br/>Colchester, Vermont<br/><br/>Hiroshi Nagase<br/>Mito Works/Hitachi, Ltd. (Japan)<br/><br/>Rakesh Nagi<br/>State University of New York, Buffalo<br/><br/>Istvan Nagy<br/>Technical University of Budapest (Hungary)<br/><br/>Vic Nelson<br/>Auburn University<br/><br/>Russell Niederjohn<br/>Marquette University<br/><br/>Kouhei Ohnishi<br/>Keio University (Japan)<br/><br/>Mary Lou Padgett<br/>Auburn University<br/><br/>Christian Paillard<br/>CERN (Switzerland)<br/><br/>Charles Palmer<br/>Pennsylvania State University, Hershey Medical Center<br/><br/>Mario Paludetto<br/>L.A.A.S.-C.N.R.S. (France)<br/><br/>Carmen Pancerella<br/>Sandia National Laboratories<br/>Livermore, California<br/><br/>John Parr<br/>University of Evansville<br/><br/>B. Pauwels<br/>Alcatel Bell Telephone (Belgium)<br/><br/>Witold Pedrycz<br/>University of Manitoba<br/><br/>Sameer Pendharkar<br/>University of Wisconsin-Madison<br/><br/>Guido Petit<br/>Alcatel Bell Telephone (Belgium)<br/><br/>Richard Pettit<br/>Sandia National Laboratories<br/>Albuquerque, New Mexico<br/><br/>Charles Phillips<br/>Auburn University<br/><br/>Juan Pimentel<br/>GMI Engineering and Management Institute<br/>Flint, Michigan<br/><br/>Patrick Pleinevaux<br/>EPFL-LIT (Switzerland)<br/><br/>Tim Poston<br/>National University of Singapore<br/><br/>Carey Priebe<br/>The Johns Hopkins University<br/><br/>Jean-Marie Proth<br/>INRIA Lorraine (France)<br/><br/>M.F. Rahman<br/>University of New South Wales (Australia)<br/><br/>Gabriel Rebeiz<br/>University of Michigan, Ann Arbor<br/><br/>Ray Reed<br/>Proteun Services<br/>Albuquerque, New Mexico<br/><br/>Douglas Reilly<br/>Nestor, Inc.<br/>Providence, Rhode Island<br/><br/>Antonio Ricco<br/>Sandia National Laboratories<br/>Albuquerque, New Mexico<br/><br/>Gary Riley<br/>NASA/Johnson Space Center<br/><br/>Anthony Robbi<br/>New Jersey Institute of Technology<br/><br/>Stephen Robertson<br/>University of Michigan, Ann Arbor<br/><br/>Michael Robinson<br/>International Rectifier Corporation<br/>El Segundo, California<br/><br/>George Rogers<br/>U.S. Navy<br/>Dahlgren, Virginia<br/><br/>Steven Rogers<br/>Air Force Institute of Technology<br/>Wright-Patterson Air Force Base, Ohio<br/><br/>Thaddeus Roppel<br/>Auburn University<br/><br/>James Rowland<br/>University of Kansas<br/><br/>Dennis Ruck<br/>Air Force Institute of Technology<br/>Wright-Patterson Air Force Base, Ohio<br/><br/>David Rumelhart<br/>Stanford University<br/><br/>Andrew Russel<br/>Monash University (Australia)<br/><br/>David Ryerson<br/>Sandia National Laboratories<br/>Albuquerque, New Mexico<br/><br/>Richard Saeks<br/>Accurate Automation Corp.<br/>Chattanooga, Tennessee<br/><br/>M.T.A. Saif<br/>Cornell University<br/><br/>Miguel Salichs<br/>Universidad Carlos III de Madrid (Spain)<br/><br/>Debapriya Sarkar<br/>University of Virginia, Charlottesville<br/><br/>Michio Sasaki<br/>Tokai University (Japan)<br/><br/>Chris Saunders<br/>Irvine Sensors Corp.<br/>Costa Mesa, California<br/><br/>Robert Shelton<br/>NASA/Johnson Space Center<br/><br/>Krishna Shenai<br/>University of Illinois at Chicago<br/><br/>Gene Sheridan<br/>International Rectifier<br/>El Segundo, California<br/><br/>Bing Sheu<br/>University of Southern California<br/><br/>Takanori<br/>Massachusetts Institute of Technology<br/><br/>Naresh Sinha<br/>McMaster University (Canada)<br/><br/>Tarek Sobh<br/>University of Bridgeport<br/><br/>Jeffrey Solka<br/>U.S. Navy<br/>Dahlgren, Virginia<br/><br/>Otis Solomon<br/>Sandia National Laboratories<br/>Albuquerque, New Mexico<br/><br/>Donald Specht<br/>Lockheed Missiles and Space Co., Inc.<br/>Palo Alto, California<br/><br/>P. Sphicas<br/>Massachusetts Institute of Technology<br/><br/>James Stanislawski<br/>National Power Laboratory<br/>Necedah, Wisconsin<br/><br/>Samuel Stearns<br/>Sandia National Laboratories<br/>Albuquerque, New Mexico<br/><br/>Laura Steffek<br/>Best Power Technology, Inc.<br/>Necedah, Wisconsin<br/><br/>Gunter Stein<br/>Honeywell Technology Center<br/>Minneapolis, Minnesota<br/><br/>Timothy Strayer<br/>Sandia National Laboratories<br/>Livermore, California<br/><br/>John Sublett<br/>University of Virginia, Charlottesville<br/><br/>Michio Sugeno<br/>Tokyo Institute of Technology (Japan)<br/><br/>Konstanty Sumorok<br/>Massachusetts Institute of Technology<br/><br/>Harold Szu<br/>University of Southwestern Louisiana<br/><br/>Yu-Chong Tai<br/>California Institute of Technology<br/><br/>Hideyuki Takagi<br/>Kyushu Institute of Design (Japan)<br/><br/>Kota Takahashi<br/>The University of Electro-Communications (Japan)<br/><br/>K.K. Tan<br/>National University of Singapore<br/><br/>Li Tan<br/>Iterated Systems<br/>Atlanta, Georgia<br/><br/>Kazuo Tanic<br/>ME Laboratory MITI, Bio-Robotics Division (Japan)<br/><br/>Brian Telfer<br/>MIT Lincoln Laboratory<br/>Lexington, Massachusetts<br/><br/>Hannu Tenhunen<br/>Royal Institute of Technology (Sweden)<br/><br/>S. Tether<br/>Massachusetts Institute of Technology<br/><br/>Anil Thakoor<br/>Jet Propulsion Laboratory<br/>California Institute of Technology<br/><br/>Victor Trent<br/>Auburn University<br/><br/>Malay Trivedi<br/>University of Wisconsin-Madison<br/><br/>Lefteri Tsoukalas<br/>Purdue University<br/><br/>Robert Uhrig<br/>University of Tennessee, Knoxville<br/><br/>Kazunori Umeda<br/>Chuo University (Japan)<br/><br/>Belle Upadhyaya<br/>University of Tennessee, Knoxville<br/><br/>Vadim Utkin<br/>The Ohio State University, Columbus<br/><br/>Michael Vasile<br/>Louisiana Tech University<br/><br/>Robert Veillette<br/>The University of Akron<br/><br/>Rao Vemuri<br/>University of California, Davis<br/><br/>H. Verhille<br/>Alcatel Bell Telephone (Belgium)<br/><br/>Darrell Vines<br/>Texas Tech University<br/><br/>Ljubisa Vlacic<br/>Griffith University (Australia)<br/><br/>Patrick Walter<br/>Texas Christian University<br/><br/>Keith Warren<br/>Litton Guidance and Control Systems<br/>Woodland Hills, California<br/><br/>Alfred Weaver<br/>University of Virginia, Charlottesville<br/><br/>Tom Weller<br/>University of South Florida<br/><br/>Paul Werbos<br/>NSF<br/>Arlington, Virginia<br/><br/>Charles White<br/>Auburn, Alabama<br/><br/>Bernard Widow<br/>Stanford University<br/><br/>Robert Wilhelm<br/>The University of North Carolina at Charlotte<br/><br/>Theodore Williams<br/>Purdue University<br/><br/>Howard Winston<br/>United Technologies Research Center<br/>East Hartford, Connecticut<br/><br/>Seth Wolpert<br/>Pennsylvania State University, Harrisburg Campus<br/><br/>Walter Wong<br/>Queensland University of Technology (Australia)<br/><br/>Tony Wu<br/>University of Southern California<br/><br/>Hiro Yamasaki<br/>Yokogawa Electric Corporation (Japan)<br/><br/>Choon-seng Yee<br/>National University of Singapore<br/><br/>Der-Zong Yeh<br/>OES/ITRI, Electro-Optics Division (Taiwan)<br/><br/>Gary Yen<br/>U.S. Air Force<br/>Kirkland Air Force Base, New Mexico<br/><br/>Brian Young<br/>Best Power Technology, Inc.<br/>Necedah, Wisconsin<br/><br/>Lofti Zadeh<br/>University of California, Berkeley<br/><br/>D.A. Zahner<br/>Rutgers University<br/><br/>Dian-cheng Zhang<br/>Hefei University of Technology (People's Republic of China)<br/><br/>MengChu Zhou<br/>New Jersey Institute of Technology<br/><br/>Richard Zurawski<br/>Swinburne University of Technology (Australia) 
<br/><br/><label>ISBN: </label>0849383439 (alk. paper) 
<br/><br/><label>LCCN: </label>96003070  
<br/><br/><label>Subjects--Topical Terms: </label><br/>Industrial electronics--Handbooks, manuals, etc.
<br/><br/><label>LC Class. No.: </label>TK7881  / .I52 1997 
<br/><br/><label>Dewey Class. No.: </label>621.3 IRW