THE ELECTRICAL ENGINEERING HANDBOOK
CONTENTS I CIRCUIT THEORY LINEAR CIRCUIT ANALYSIS CIRCUIT ANALYSIS: A GRAPH-THEORETIC FOUNDATION COMPUTER-AIDED DESIGN SYNTHESIS OF NETWORKS NONLINEAR CIRCUITS II ELECTRONICS INVESTIGATION OF POWER MANAGEMENT ISSUES FOR FUTURE GENERATION MICROPROCESSORS NOISE IN ANALOG AND DIGITAL SYSTEMS FIELD EFFECT TRANSISTORS ACTIVE FILTERS JUNCTION DIODES AND BIPOLAR JUNCTION TRANSISTORS SEMICONDUCTORS POWER SEMICONDUCTOR DEVICES III VLSI SYSTEMS LOGARITHMIC AND RESIDUE NUMBER SYSTEMS FOR VLSI ARITHMETIC CUSTOM MEMORY ORGANIZATION AND DATA TRANSFER: ARCHITECTURAL ISSUES AND EXPLORATION METHODS THE ROLE OF HARDWARE DESCRIPTION LANGUAGES IN THE DESIGN PROCESS OF MULTINATURE SYSTEMS CLOCK SKEW SCHEDULING FOR IMPROVED RELIABILITY TRENDS IN LOW-POWER VLSI DESIGN PRODUCTION AND UTILIZATION OF MICRO ELECTRO MECHANICAL SYSTEMS NOISE ANALYSIS AND DESIGN IN DEEP SUBMICRON TECHNOLOGY 7:45AM PAGE VI INTERCONNECT NOISE ANALYSIS AND OPTIMIZATION IN DEEP SUBMICRON TECHNOLOGY IV DIGITAL SYSTEMS AND COMPUTER ENGINEERING COMPUTER ARCHITECTURE MULTIPROCESSORS CON?GURABLE COMPUTING OPERATING SYSTEMS EXPERT SYSTEMS MULTIMEDIA SYSTEMS: CONTENT-BASED INDEXING AND RETRIEVAL MULTIMEDIA NETWORKS AND COMMUNICATION FAULT TOLERANCE IN COMPUTER SYSTEMS—FROM CIRCUITS TO ALGORITHMS HIGH-LEVEL PETRI NETS—EXTENSIONS, ANALYSIS, AND APPLICATIONS V ELECTROMAGNETICS MAGNETOSTATICS ELECTROSTATICS PLANE WAVE PROPAGATION AND RE?ECTION TRANSMISSION LINES GUIDED WAVES ANTENNAS AND RADIATION I ANTENNA FUNDAMENTALS II ANTENNA ELEMENTS AND ARRAYS MICROWAVE PASSIVE COMPONENTS COMPUTATIONAL ELECTROMAGNETICS: THE METHOD OF MOMENTS COMPUTATIONAL ELECTROMAGNETICS: THE FINITE- DIFFERENCE TIME-DOMAIN METHOD RADAR AND INVERSE SCATTERING MICROWAVE ACTIVE CIRCUITS AND INTEGRATED ANTENNAS VI ELECTRIC POWER SYSTEMS THREE-PHASE ALTERNATING CURRENT SYSTEMS ELECTRIC POWER SYSTEM COMPONENTS POWER TRANSFORMERS INTRODUCTION TO ELECTRIC MACHINES HIGH-VOLTAGE TRANSMISSION POWER DISTRIBUTION POWER SYSTEM ANALYSIS POWER SYSTEM OPERATION AND CONTROL FUNDAMENTALS OF POWER SYSTEM PROTECTION ELECTRIC POWER QUALITY VII SIGNAL PROCESSING SIGNALS AND SYSTEMS DIGITAL FILTERS METHODS, MODELS, AND ALGORITHMS FOR MODERN SPEECH PROCESSING DIGITAL IMAGE PROCESSING MULTIMEDIA SYSTEMS AND SIGNAL PROCESSING STATISTICAL SIGNAL PROCESSING VLSI SIGNAL PROCESSING VIII DIGITAL COMMUNICATION AND COMMUNICATION NETWORKS SIGNAL TYPES, PROPERTIES, AND PROCESSES DIGITAL COMMUNICATION SYSTEM CONCEPTS TRANSMISSION OF DIGITAL SIGNALS MODULATION AND DEMODULATION TECHNOLOGIES DATA COMMUNICATION CONCEPTS COMMUNICATION NETWORK ARCHITECTURE WIRELESS NETWORK ACCESS TECHNOLOGIES CONVERGENCE OF NETWORKING TECHNOLOGIES IX CONTROLS AND SYSTEMS ALGEBRAIC TOPICS IN CONTROL STABILITY ROBUST MULTIVARIABLE CONTROL STATE ESTIMATION COST-CUMULANTS AND RISK-SENSITIVE CONTROL FREQUENCY DOMAIN SYSTEM IDENTI?CATION MODELING INTERCONNECTED SYSTEMS: A FUNCTIONAL PERSPECTIVE FAULT-TOLERANT CONTROL GAIN-SCHEDULED CONTROLLERS SLIDING-MODE CONTROL METHODOLOGIES FOR REGULATING IDLE SPEED IN INTERNAL COMBUSTION ENGINES 7:45AM PAGE VII CONTENTS NONLINEAR INPUT/OUTPUT CONTROL: VOLTERRA SYNTHESIS INTELLIGENT CONTROL OF NONLINEAR SYSTEMS WITH A TIME-VARYING STRUCTURE DIRECT LEARNING BY REINFORCEMENT SOFTWARE TECHNOLOGIES FOR COMPLEX CONTROL SYSTEMS