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Engineering Biosensors / Ajit Sadana

Public ISBD Titre : Engineering Biosensors : kinetics and design applications Type de document : texte imprimé Auteurs : Ajit Sadana, Auteur Editeur : San Diego, London, Boston : Academic Press Année de publication : 2001 Importance : 404 p. Présentation : couv. ill. en coul., ill. Format : 23,5 cm. ISBN/ISSN/EAN : 978-0-12-613763-7 Langues : Anglais (eng) Index. décimale : 09-09 capteurs Résumé : Biosensors are becoming increasingly important bioanalytical tools in the pharmaceutical, biotechnology, food, and other consumer oriented industries. The technology, though well developed in Europe, is slowly developing and has begun to generate interest in the United States only over the past couple of years. Research is now being directed toward the development of biosensors that are versatile, economical, and simple to use. Engineering Biosensors is a comprehensive introduction to biosensors that includes numerous illustrations to further explain the main concepts and practical examples from existing literature. It describes what biosensors are, where they are used, and how their performance is affected by existing surface characteristics. A better understanding of biosensors, as provided by this book, will greatly assist in the design of new as well as the improvement of existing biosensors. Readers are also provided with invaluable and hard-to-find data on the economics of the biosensor market to assist them in better understanding the market and where it is heading. Note de contenu : Contents 1 - Introduction 2 - Influence of Diffusional Limitations and Reaction Order on Antigen–Antibody Binding Kinetics 3 - Influence of Diffusional Limitations and Lateral Interactions on Antigen–Antibody Binding Kinetics 4 - Fractal Reaction Kinetics 5 - Influence of Different Parameters on Fractal Dimension Values During the Binding Phase 6 - Fractal Dimension and the Binding Rate Coefficient 7 - Fractal Dimension and the Dissociation Rate Coefficient 8 - Influence of Nonspecific Binding on the Rate and Amount of Specific Binding: A Classical Analysis 9 - Influence of Nonspecific Binding on the Rate and Amount of Specific Binding: A Fractal Analysis 10 - Fractal Dimension and Hybridization 11 - Fractal Dimension and Analyte-Receptor Binding in Cells 12 - Surface Plasmon Resonance Biosensors 13 - Economics and Market for Biosensors -INDEX Engineering Biosensors : kinetics and design applications [texte imprimé] / Ajit Sadana, Auteur . - San Diego, London, Boston : Academic Press, 2001 . - 404 p. : couv. ill. en coul., ill. ; 23,5 cm. ISBN : 978-0-12-613763-7 Langues : Anglais (eng) Index. décimale : 09-09 capteurs Résumé : Biosensors are becoming increasingly important bioanalytical tools in the pharmaceutical, biotechnology, food, and other consumer oriented industries. The technology, though well developed in Europe, is slowly developing and has begun to generate interest in the United States only over the past couple of years. Research is now being directed toward the development of biosensors that are versatile, economical, and simple to use. Engineering Biosensors is a comprehensive introduction to biosensors that includes numerous illustrations to further explain the main concepts and practical examples from existing literature. It describes what biosensors are, where they are used, and how their performance is affected by existing surface characteristics. A better understanding of biosensors, as provided by this book, will greatly assist in the design of new as well as the improvement of existing biosensors. Readers are also provided with invaluable and hard-to-find data on the economics of the biosensor market to assist them in better understanding the market and where it is heading. Note de contenu : Contents 1 - Introduction 2 - Influence of Diffusional Limitations and Reaction Order on Antigen–Antibody Binding Kinetics 3 - Influence of Diffusional Limitations and Lateral Interactions on Antigen–Antibody Binding Kinetics 4 - Fractal Reaction Kinetics 5 - Influence of Different Parameters on Fractal Dimension Values During the Binding Phase 6 - Fractal Dimension and the Binding Rate Coefficient 7 - Fractal Dimension and the Dissociation Rate Coefficient 8 - Influence of Nonspecific Binding on the Rate and Amount of Specific Binding: A Classical Analysis 9 - Influence of Nonspecific Binding on the Rate and Amount of Specific Binding: A Fractal Analysis 10 - Fractal Dimension and Hybridization 11 - Fractal Dimension and Analyte-Receptor Binding in Cells 12 - Surface Plasmon Resonance Biosensors 13 - Economics and Market for Biosensors -INDEX

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Control in power electronics / Marian P. Kazmierkowski

Public ISBD Titre : Control in power electronics : selected problems Type de document : texte imprimé Auteurs : Marian P. Kazmierkowski, Auteur ; Ramu Krishnan, Auteur ; Frede Blaabjerg, Auteur Editeur : San Diego, London, Boston : Academic Press Année de publication : 2002 Collection : Academic Press Series in Engineering Series Importance : 518 p. Présentation : couv. ill. en coul., ill. Format : 25.4 cm ISBN/ISSN/EAN : 978-0-12-402772-5 Langues : Anglais (eng) Index. décimale : 10-05 Electronique de puissance et industrielle Résumé : The authors were originally brought together to share research and applications through the international Danfoss Professor Programme at Aalborg University in Denmark. Personal computers would be unwieldy and inefficient without power electronic dc supplies. Portable communication devices and computers would also be impractical. High-performance lighting systems, motor controls, and a wide range of industrial controls depend on power electronics. In the near future we can expect strong growth in automotive applications, dc power supplies for communication systems, portable applications, and high-end converters. We are approaching a time when all electrical energy will be processed and controlled through power electronics somewhere in the path from generation to end use. Note de contenu : Contents: Part I: PWM Converters: Topologies and Control 1. Power Electronic Converters 2. Resonant dc Link Converters 3. Fundamentals of the Matrix Converter Technology 4. Pulse Width Modulation Techniques for Three-Phase Voltage Source Converters Part II: Motor Control 5. Control of PWM Inverter-Fed Induction Motors; 6. Energy Optimal Control of Induction Motor Drives; 7. Comparison of Torque Control Strategies Based on the Constant Power Loss Control System for PMSM; 8. Modeling and Control of Synchronous Reluctance Machines 9. Direct Torque and Flux Control (DTFC) of ac Drives 10. Neural Networks and Fuzzy Logic Control in Power Electronics Part III: Utilities Interface and Wind Turbine Systems 11. Control of Three-Phase PWM Rectifiers 12. Power Quality and Adjustable Speed Drives 13. Wind Turbine Systems Index Control in power electronics : selected problems [texte imprimé] / Marian P. Kazmierkowski, Auteur ; Ramu Krishnan, Auteur ; Frede Blaabjerg, Auteur . - San Diego, London, Boston : Academic Press, 2002 . - 518 p. : couv. ill. en coul., ill. ; 25.4 cm. - (Academic Press Series in Engineering Series) . ISBN : 978-0-12-402772-5 Langues : Anglais (eng) Index. décimale : 10-05 Electronique de puissance et industrielle Résumé : The authors were originally brought together to share research and applications through the international Danfoss Professor Programme at Aalborg University in Denmark. Personal computers would be unwieldy and inefficient without power electronic dc supplies. Portable communication devices and computers would also be impractical. High-performance lighting systems, motor controls, and a wide range of industrial controls depend on power electronics. In the near future we can expect strong growth in automotive applications, dc power supplies for communication systems, portable applications, and high-end converters. We are approaching a time when all electrical energy will be processed and controlled through power electronics somewhere in the path from generation to end use. Note de contenu : Contents: Part I: PWM Converters: Topologies and Control 1. Power Electronic Converters 2. Resonant dc Link Converters 3. Fundamentals of the Matrix Converter Technology 4. Pulse Width Modulation Techniques for Three-Phase Voltage Source Converters Part II: Motor Control 5. Control of PWM Inverter-Fed Induction Motors; 6. Energy Optimal Control of Induction Motor Drives; 7. Comparison of Torque Control Strategies Based on the Constant Power Loss Control System for PMSM; 8. Modeling and Control of Synchronous Reluctance Machines 9. Direct Torque and Flux Control (DTFC) of ac Drives 10. Neural Networks and Fuzzy Logic Control in Power Electronics Part III: Utilities Interface and Wind Turbine Systems 11. Control of Three-Phase PWM Rectifiers 12. Power Quality and Adjustable Speed Drives 13. Wind Turbine Systems Index

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Control of induction motors / Andrzej M. Trzynadlowski

Public ISBD Titre : Control of induction motors Type de document : texte imprimé Auteurs : Andrzej M. Trzynadlowski, Auteur Editeur : San Diego, London, Boston : Academic Press Année de publication : 2001 Collection : Academic Press Series in Engineering Series Importance : 228 p. Présentation : couv. ill. en coul., ill. Format : 24 cm. ISBN/ISSN/EAN : 978-0-12-701510-1 Langues : Anglais (eng) Index. décimale : 10-05 Electronique de puissance et industrielle Résumé : This book is a comprehensive reference source for practicing engineers and students specializing in electric power engineering and industrial electronics. It will illustrate the state of the art in induction motors. Beginning with characteristics and basic dynamic models of induction motors, and progressing to low- and high- performance drive systems. The book will be rich in useful information, without an excessive mathematical burden. Computer simulations resulting in mock oscillograms of physical quantities are used for illustration of basic control concepts. The content of this book is divided into three basic parts: 1) control-oriented description of induction motors, 2) control methods, and systems, 3) control means. An induction motor is presented as an electromechanical power converter, and basic relations between the electrical, magnetic and mechanical quantities in the motor will be explained. Control methods and systems will be classified according to the controlled variables(torque, speed, flux), actuating variables(voltage, current), and dynamic performance (uncontrolled, low-performance, and high-performance). An overview of power electronic converters and information processing equipment used in the modern induction motor drives is included. Such systematic approach will give the readers a comprehensive overview of the field of induction motor control. Note de contenu : Contents: Chapter 1. Background 1.1 Induction Motors 1.2 Drive Systems with Induction Motors 1.3 Common Loads 1.4 Operating Quadrants 1.5 Scalar and Vector Control Methods Chapter 2. Construction and Steady-State Operation of Induction Motors 2.1 Construction 2.2 Revolving Magnetic Field 2.3 Steady-State Equivalent Circuit 2.4 Developed Torque 2.5 Steady-State Characteristics 2.6 Induction Generator Chapter 3. Uncontrolled Induction Motor Drives 3.1 Uncontrolled Operation of Induction Motors 3.2 Assisted Starting 3.3 Braking and Reversing 3.4 Pole Changing 3.5 Abnormal Operating Conditions Chapter 4. Power Electronic Converters for Induction Motor Drives 4.1 Control of Stator Voltage 4.2 Rectifiers 4.3 Inverters 4.4 Frequency Changers 4.5 Control of Voltage Source Inverters 4.6 Control of Current Source Inverters 4.7 Side Effects of Converter Operation in Adjustable Speed Drives Chapter 5. Scalar Control Methods 5.1 Two-Inductance Equivalent Circuits of the Induction Motor 5.2 Open-Loop Scalar Speed Control (Constant Volts/Hertz) 5.3 Closed-Loop Scalar Speed Control 5.4 Scalar Torque Control Chapter 6. Dynamic Model of the Induction Motor 6.1 Space Vectors of Motor Variables 6.2 Dynamic Equations of the Induction Motor 6.3 Revolving Reference Frame Chapter 7. Field Orientation 7.1 Torque Production and Control in the DC Motor 7.2 Principles of Field Orientation 7.3 Direct Field Orientation 7.4 Indirect Field Orientation 7.5 Stator and Airgap Flux Orientation 7.6 Drives with Current Source Inverters Chapter 8. Direct Torque and Flux Control 8.1 Induction Motor Control by Selection of Inverter States 8.2 Direct Torque Control 8.3 Direct Self-Control 8.4 Space-Vector Direct Torque and Flux Control Chapter 9. Speed and Position Control 9.1 Variables Controlled in Induction Motor Drives 9.2 Speed Control 9.3 Machine Intelligence Controllers 9.4 Position Control Chapter 10. Sensorless Drives 10.1 Issues in Sensorless Control of Induction Motors 10.2 Flux Calculators 10.3 Speed Calculators 10.4 Parameter Adaptation and Self-Commissioning 10.5 Commercial Adjustable Speed Drives Literature Glossary of Symbols Index Control of induction motors [texte imprimé] / Andrzej M. Trzynadlowski, Auteur . - San Diego, London, Boston : Academic Press, 2001 . - 228 p. : couv. ill. en coul., ill. ; 24 cm.. - (Academic Press Series in Engineering Series) . ISBN : 978-0-12-701510-1 Langues : Anglais (eng) Index. décimale : 10-05 Electronique de puissance et industrielle Résumé : This book is a comprehensive reference source for practicing engineers and students specializing in electric power engineering and industrial electronics. It will illustrate the state of the art in induction motors. Beginning with characteristics and basic dynamic models of induction motors, and progressing to low- and high- performance drive systems. The book will be rich in useful information, without an excessive mathematical burden. Computer simulations resulting in mock oscillograms of physical quantities are used for illustration of basic control concepts. The content of this book is divided into three basic parts: 1) control-oriented description of induction motors, 2) control methods, and systems, 3) control means. An induction motor is presented as an electromechanical power converter, and basic relations between the electrical, magnetic and mechanical quantities in the motor will be explained. Control methods and systems will be classified according to the controlled variables(torque, speed, flux), actuating variables(voltage, current), and dynamic performance (uncontrolled, low-performance, and high-performance). An overview of power electronic converters and information processing equipment used in the modern induction motor drives is included. Such systematic approach will give the readers a comprehensive overview of the field of induction motor control. Note de contenu : Contents: Chapter 1. Background 1.1 Induction Motors 1.2 Drive Systems with Induction Motors 1.3 Common Loads 1.4 Operating Quadrants 1.5 Scalar and Vector Control Methods Chapter 2. Construction and Steady-State Operation of Induction Motors 2.1 Construction 2.2 Revolving Magnetic Field 2.3 Steady-State Equivalent Circuit 2.4 Developed Torque 2.5 Steady-State Characteristics 2.6 Induction Generator Chapter 3. Uncontrolled Induction Motor Drives 3.1 Uncontrolled Operation of Induction Motors 3.2 Assisted Starting 3.3 Braking and Reversing 3.4 Pole Changing 3.5 Abnormal Operating Conditions Chapter 4. Power Electronic Converters for Induction Motor Drives 4.1 Control of Stator Voltage 4.2 Rectifiers 4.3 Inverters 4.4 Frequency Changers 4.5 Control of Voltage Source Inverters 4.6 Control of Current Source Inverters 4.7 Side Effects of Converter Operation in Adjustable Speed Drives Chapter 5. Scalar Control Methods 5.1 Two-Inductance Equivalent Circuits of the Induction Motor 5.2 Open-Loop Scalar Speed Control (Constant Volts/Hertz) 5.3 Closed-Loop Scalar Speed Control 5.4 Scalar Torque Control Chapter 6. Dynamic Model of the Induction Motor 6.1 Space Vectors of Motor Variables 6.2 Dynamic Equations of the Induction Motor 6.3 Revolving Reference Frame Chapter 7. Field Orientation 7.1 Torque Production and Control in the DC Motor 7.2 Principles of Field Orientation 7.3 Direct Field Orientation 7.4 Indirect Field Orientation 7.5 Stator and Airgap Flux Orientation 7.6 Drives with Current Source Inverters Chapter 8. Direct Torque and Flux Control 8.1 Induction Motor Control by Selection of Inverter States 8.2 Direct Torque Control 8.3 Direct Self-Control 8.4 Space-Vector Direct Torque and Flux Control Chapter 9. Speed and Position Control 9.1 Variables Controlled in Induction Motor Drives 9.2 Speed Control 9.3 Machine Intelligence Controllers 9.4 Position Control Chapter 10. Sensorless Drives 10.1 Issues in Sensorless Control of Induction Motors 10.2 Flux Calculators 10.3 Speed Calculators 10.4 Parameter Adaptation and Self-Commissioning 10.5 Commercial Adjustable Speed Drives Literature Glossary of Symbols Index

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Design of Medical Electronic Devices / Perez Reinaldo

Public ISBD Titre : Design of Medical Electronic Devices Type de document : texte imprimé Auteurs : Perez Reinaldo, Auteur Editeur : San Diego, London, Boston : Academic Press Année de publication : 2002 Importance : 279 p. Présentation : couv. ill. en coul., ill. Format : 26,2 cm. ISBN/ISSN/EAN : 978-0-12-550711-0 Langues : Anglais (eng) Index. décimale : 35-02 Instrumentation biomédicale Résumé : The design of medical electronics is unique because of the background needed by the engineers and scientists involved. Often the designer is a medical or life science professional without any training in electronics or design. Likewise, few engineers are specifically trained in biomedical engineering and have little or no exposure to the specific medical requirements of these devices. Design of Medical Electronic Devices presents all essential topics necessary for basic and advanced design. All aspects of the electronics of medical devices are also covered. This is an essential book for graduate students as well as professionals involved in the design of medical equipment. Covers every stage of the process, from design to manufacturing to implementation Topics covered include analogue/digital conversions, data acquisition, signal processing, optics, and reliability and failure Note de contenu : Contents Introduction Chapter 1. Proper Design of Power Subsystems in Medical Electronics Chapter 2. Fundamentals of Magnetic Resonance Imaging Chapter 3. Particle Accelerator Design Chapter 4. Sensor Characteristics Chapter 5. Data Acquisition Chapter 6. Noise and Interference Issues in Analog Circuits Chapter 7. Hardware Approach to Digital Signal Processing Chapter 8. Optical Sensors Index Design of Medical Electronic Devices [texte imprimé] / Perez Reinaldo, Auteur . - San Diego, London, Boston : Academic Press, 2002 . - 279 p. : couv. ill. en coul., ill. ; 26,2 cm. ISBN : 978-0-12-550711-0 Langues : Anglais (eng) Index. décimale : 35-02 Instrumentation biomédicale Résumé : The design of medical electronics is unique because of the background needed by the engineers and scientists involved. Often the designer is a medical or life science professional without any training in electronics or design. Likewise, few engineers are specifically trained in biomedical engineering and have little or no exposure to the specific medical requirements of these devices. Design of Medical Electronic Devices presents all essential topics necessary for basic and advanced design. All aspects of the electronics of medical devices are also covered. This is an essential book for graduate students as well as professionals involved in the design of medical equipment. Covers every stage of the process, from design to manufacturing to implementation Topics covered include analogue/digital conversions, data acquisition, signal processing, optics, and reliability and failure Note de contenu : Contents Introduction Chapter 1. Proper Design of Power Subsystems in Medical Electronics Chapter 2. Fundamentals of Magnetic Resonance Imaging Chapter 3. Particle Accelerator Design Chapter 4. Sensor Characteristics Chapter 5. Data Acquisition Chapter 6. Noise and Interference Issues in Analog Circuits Chapter 7. Hardware Approach to Digital Signal Processing Chapter 8. Optical Sensors Index

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Signal Processing for Active Control / Stephen J. Elliott

Public ISBD Titre : Signal Processing for Active Control Type de document : texte imprimé Auteurs : Stephen J. Elliott, Auteur Editeur : San Diego, London, Boston : Academic Press Année de publication : 2001 Collection : Signal Processing and its Applications Importance : 511 p. Présentation : couv. ill.,ill. Format : 24,1 cm. ISBN/ISSN/EAN : 978-0-12-237085-4 Langues : Anglais (eng) Index. décimale : 25-02 Théorie et traitement du signal Résumé : Signal Processing for Active Control sets out the signal processing and automatic control techniques that are used in the analysis and implementation of active systems for the control of sound and vibration. After reviewing the performance limitations introduced by physical aspects of active control, Stephen Elliott presents the calculation of the optimal performance and the implementation of adaptive real time controllers for a wide variety of active control systems. Active sound and vibration control are technologically important problems with many applications. 'Active control' means controlling disturbance by superimposing a second disturbance on the original source of disturbance. Put simply, initial noise + other specially-generated noise or vibration = silence [or controlled noise]. This book presents a unified approach to techniques that are used in the analysis and implementation of different control systems. It includes practical examples at the end of each chapter to illustrate the use of various approaches. This book is intended for researchers, engineers, and students in the field of acoustics, active control, signal processing, and electrical engineering. Note de contenu : Contents Chapter 1. The Physical Basis for Active Control 1.2. Control of wave transmission 1.3. Control of power in infinite systems 1.4. Strategies of control in finite systems 1.5. Control of energy in finite systems 1.6. Control of sound radiation from structures 1.7. Local control of sound and vibration Chapter 2. Optimal and Adaptive Digital Filters 2.2. Structure of digital filters 2.3. Optimal filters in the time domain 2.4. Optimal filters in the transfortn Domain 2.5. Multichannel optimal filters 2.6. The LMS algorithm 2.7. The RLS algorithm 2.8. Frcquency-dornain adaptation 2.9. Adaptive IIR filters Chapter 3. Single-Channel Feedforward Control 3.2. Control of deterministic disturbances 3.3. Optimal control of stochastic disturbances 3.4. Adaptive FIR controllers 3.5. Frequency-domain adaptation of FIR controllers 3.6. Plant identification 3.7. Adaptive IIR controllers 3.8. Practical applications Chapter 4. Multichannel Control of Tonal Disturbances 4.2. Optinlal control of tonal disturbances 4.3. Steepest-descent algorithms 4.4. Robustness to plant uncertainties and plant tnodel errors 4.5. Iterative least-squares algorithms 4.6. Feedback control interpretation of adaptive feedforward systems 4.7. Minimisation of the maximum level at any sensor 4.8. Applications Chapter 5. Multichannel Control of Stochastic Disturbances 5.2. Optimal control in the time domain 5.3. Optimal control in the transfom domain 5.4. Adaptive algorithms in the time domain 5.5. The preconditioned LMS algorithm 5.6. Adaptive algorithms in the frequency domain 5.7. Application: controlling road noise in vehicles Chapter 6. Design and Perfomance of Feedback Controllers 6.2. Analogue controllers 6.3. Digital controllers 6.4. Internal model control (IMC) 6.5. Optimal control in the titne domain 6.6. Optimal control in the transform domain 6.7. Multichannel feedback controllers 6.8. Robust stahility for multichannel systems 6.9. Optimal multichannel control 6.10. Application: active headrest Chapter 7. Adaptive Feedback Controllers 7.2. Tirne-domain adaptation 7.3. Frequency-domain adaptation 7.4. Combined feedback and feedforward control 7.5. Combined analogue and digital controllers 7.6. Application: active headsets Chapter 8. Active Control of Nonlinear Systems 8.2. Analytical descriptions of nonlinear systems 8.3. Neural networks 8.4. Adaptive feedforward control 8.5. Chaotic systems 8.6. Control of chaotic behaviour Chapter 9. Optimisation of Transducer Location 9.1. The optilnisation problcnl 9.2. Optimisation of secondary source and error sensor location 9.3. Application of genetic algorithms 9.4. Application of simulated annealing 9.5. Practical optimisation of source location Chapter 10. Hardware for Active Control 10.2. Anti-aliasing filters 10.3. Reconstruction filters 10.4. Filter delay 10.5. Data converters 10.6. Data quantisation 10.7. Processor requirements 10.8. Finite-precision effects Appendix: Linear Algebra and the Description of Multichannel System Signal Processing for Active Control [texte imprimé] / Stephen J. Elliott, Auteur . - San Diego, London, Boston : Academic Press, 2001 . - 511 p. : couv. ill.,ill. ; 24,1 cm.. - (Signal Processing and its Applications) . ISBN : 978-0-12-237085-4 Langues : Anglais (eng) Index. décimale : 25-02 Théorie et traitement du signal Résumé : Signal Processing for Active Control sets out the signal processing and automatic control techniques that are used in the analysis and implementation of active systems for the control of sound and vibration. After reviewing the performance limitations introduced by physical aspects of active control, Stephen Elliott presents the calculation of the optimal performance and the implementation of adaptive real time controllers for a wide variety of active control systems. Active sound and vibration control are technologically important problems with many applications. 'Active control' means controlling disturbance by superimposing a second disturbance on the original source of disturbance. Put simply, initial noise + other specially-generated noise or vibration = silence [or controlled noise]. This book presents a unified approach to techniques that are used in the analysis and implementation of different control systems. It includes practical examples at the end of each chapter to illustrate the use of various approaches. This book is intended for researchers, engineers, and students in the field of acoustics, active control, signal processing, and electrical engineering. Note de contenu : Contents Chapter 1. The Physical Basis for Active Control 1.2. Control of wave transmission 1.3. Control of power in infinite systems 1.4. Strategies of control in finite systems 1.5. Control of energy in finite systems 1.6. Control of sound radiation from structures 1.7. Local control of sound and vibration Chapter 2. Optimal and Adaptive Digital Filters 2.2. Structure of digital filters 2.3. Optimal filters in the time domain 2.4. Optimal filters in the transfortn Domain 2.5. Multichannel optimal filters 2.6. The LMS algorithm 2.7. The RLS algorithm 2.8. Frcquency-dornain adaptation 2.9. Adaptive IIR filters Chapter 3. Single-Channel Feedforward Control 3.2. Control of deterministic disturbances 3.3. Optimal control of stochastic disturbances 3.4. Adaptive FIR controllers 3.5. Frequency-domain adaptation of FIR controllers 3.6. Plant identification 3.7. Adaptive IIR controllers 3.8. Practical applications Chapter 4. Multichannel Control of Tonal Disturbances 4.2. Optinlal control of tonal disturbances 4.3. Steepest-descent algorithms 4.4. Robustness to plant uncertainties and plant tnodel errors 4.5. Iterative least-squares algorithms 4.6. Feedback control interpretation of adaptive feedforward systems 4.7. Minimisation of the maximum level at any sensor 4.8. Applications Chapter 5. Multichannel Control of Stochastic Disturbances 5.2. Optimal control in the time domain 5.3. Optimal control in the transfom domain 5.4. Adaptive algorithms in the time domain 5.5. The preconditioned LMS algorithm 5.6. Adaptive algorithms in the frequency domain 5.7. Application: controlling road noise in vehicles Chapter 6. Design and Perfomance of Feedback Controllers 6.2. Analogue controllers 6.3. Digital controllers 6.4. Internal model control (IMC) 6.5. Optimal control in the titne domain 6.6. Optimal control in the transform domain 6.7. Multichannel feedback controllers 6.8. Robust stahility for multichannel systems 6.9. Optimal multichannel control 6.10. Application: active headrest Chapter 7. Adaptive Feedback Controllers 7.2. Tirne-domain adaptation 7.3. Frequency-domain adaptation 7.4. Combined feedback and feedforward control 7.5. Combined analogue and digital controllers 7.6. Application: active headsets Chapter 8. Active Control of Nonlinear Systems 8.2. Analytical descriptions of nonlinear systems 8.3. Neural networks 8.4. Adaptive feedforward control 8.5. Chaotic systems 8.6. Control of chaotic behaviour Chapter 9. Optimisation of Transducer Location 9.1. The optilnisation problcnl 9.2. Optimisation of secondary source and error sensor location 9.3. Application of genetic algorithms 9.4. Application of simulated annealing 9.5. Practical optimisation of source location Chapter 10. Hardware for Active Control 10.2. Anti-aliasing filters 10.3. Reconstruction filters 10.4. Filter delay 10.5. Data converters 10.6. Data quantisation 10.7. Processor requirements 10.8. Finite-precision effects Appendix: Linear Algebra and the Description of Multichannel System

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Active Control of Sound / P. A. Nelson

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Active control of vibration / Christopher Fuller

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Power electronics / Muhammad H. Rashid

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