Available for the first time in paperback, this ground-breaking industry textbook is heralded as a first in its state-of-the-art coverage of the most important areas emerging in circuits and systems. It is compiled from course material used in a suite of one-day tutorials on circuits and systems designed expressly for engineers and research scientists who want to explore subjects outside, but related to, their immediate fields. Authored by 50 circuits and systems experts, this volume fosters a fundamental and authoritative understanding of each subject.
Available for the first time in paperback, this ground-breaking industry textbook is heralded as a first in its state-of-the-art coverage of the most important areas emerging in circuits and systems. It is compiled from course material used in a suite of one-day tutorials on circuits and systems designed expressly for engineers and research scientists who want to explore subjects outside, but related to, their immediate fields. Authored by 50 circuits and systems experts, this volume fosters a fundamental and authoritative understanding of each subject.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Christofer "Chris" Toumazou, FRS, FREng, FMedSci, FIET, FIEEE, FCGI, FRSM, CEng is a British Cypriot electronic engineer. In 2013 he became London's first Regius Professor of Engineering conferred to Imperial College London during the Queen's Diamond Jubilee. Nick Battersby is the editor of Circuits and Systems Tutorials, published by Wiley.
Inhaltsangabe
List of Contributors. Foreword. Preface. Acknowledgments. Introduction. TUTORIAL 1. Introduction to Nonlinear Signal Processing (C. Cowan, et al.). Weighted Median Filtering - Striking Analogies to FIR Filters (M. Gabbouj). Stack Filters in Signal and Image Processing (E. Coyle). Multichannel Order Statistical Filtering (I. Pitas). Theory and Approximation of Polynomial Filters (G. Sicuranza). Adaptive Polynomial Filters (V. Mathews). Application of Adaptive Volterra Filters to Equalization (C. Cowan). TUTORIAL 2. Design and Applications of A/D Multirate Signal Processing (J. Franca and S. Mitra). TUTORIAL 3. MPEG-2. The Main Profile (J. Morris). Standardization of Scalable Coding Schemes (N. Wells and P. Tudor). MPEG-2 Coding Schemes for Low Delay Requirements (G. Bj?ntegaard). MPEG-2 Systems and the Transport over ATM (M. Sun). VLSI Architectures for Multimedia and Video Conferencing (B. Ackland). VLSI Implementation of MPEG Decoders (T. Fautier). Object-Based Analysis-Synthesis Coding (H. Musmann). Model-Based Image Coding (K. Aizawa). TUTORIAL 4. Theory of Sigma-Delta Analog to Digital Converter (B. Leung). Delta-Sigma D/A Converters (G. Temes). Design Aspects of High-Order Delta-Signal A/D Converters (R.Adams). TUTORIAL 5. Mobile Telephony (T. Ali-Vehmas and Y. Neuvo). Digital Signal Processing in Mobile Telephony (N. Courtis). High Speed DSP Low Power Circuits for Future Mobile Phone (M. Yamashina). TUTORIAL 6. Basic Concepts on Nonlinear Dynamics and Chaos (M. Kennedy). Synchronization Principles and Applications (M. Hasler). Control Concepts and Applications (M. Ogorzalek). Fractals in Signal Processing (A. Jacquin). The Fundamentals of Analog Micropower Design (E. Vittoz). TUTORIAL 8. Low Power Digital Design (J. Rabaey). TUTORIAL 9. Taking the Mystery out of RF Design (B. Gilbert). Direct Digital Synthesis (P. Saul). RF Design in GaAs and BiCMOS (P. Mole and K. Searle). Introduction to Spread Spectrum Techniques (P. Chadwick). Taking the Mystery out of RF Design: Obey the Law! (J. Bryant). RF Receivers for Cellular Telephone Base Stations (J. Rhodes). TUTORIAL 10. PART 1 Switched-Current Circuits and Systems (C. Toumazou and E. Saether). Analysis and Design of Speed and Dynamic Range in SI Cells (P. Shah and C. Toumazou). Switched-Current Data Converters (G. Roberts). Switched-Current Cellular Nonlinear Networks (A. Rodriguez-Vazquez). Analysis of Switched-Current Filters (A. Moreir?o de Queiroz). Current Monitoring for Test (K. Eckershall, et al.). TUTORIAL 10. PART 2. Current-Conveyor Basics and Applications (J. Lidgey and C. Toumazou). Practical Integrated Current-Conveyors (A. Payne and C. Toumazou). Commercial Applications of the Current-Conveyor (D. Wadsworth). Current-Mode Oscillators (S. Pookaiyaudom). CMOS Current-Conveyors (E. Bruun).
List of Contributors. Foreword. Preface. Acknowledgments. Introduction. TUTORIAL 1. Introduction to Nonlinear Signal Processing (C. Cowan, et al.). Weighted Median Filtering - Striking Analogies to FIR Filters (M. Gabbouj). Stack Filters in Signal and Image Processing (E. Coyle). Multichannel Order Statistical Filtering (I. Pitas). Theory and Approximation of Polynomial Filters (G. Sicuranza). Adaptive Polynomial Filters (V. Mathews). Application of Adaptive Volterra Filters to Equalization (C. Cowan). TUTORIAL 2. Design and Applications of A/D Multirate Signal Processing (J. Franca and S. Mitra). TUTORIAL 3. MPEG-2. The Main Profile (J. Morris). Standardization of Scalable Coding Schemes (N. Wells and P. Tudor). MPEG-2 Coding Schemes for Low Delay Requirements (G. Bj?ntegaard). MPEG-2 Systems and the Transport over ATM (M. Sun). VLSI Architectures for Multimedia and Video Conferencing (B. Ackland). VLSI Implementation of MPEG Decoders (T. Fautier). Object-Based Analysis-Synthesis Coding (H. Musmann). Model-Based Image Coding (K. Aizawa). TUTORIAL 4. Theory of Sigma-Delta Analog to Digital Converter (B. Leung). Delta-Sigma D/A Converters (G. Temes). Design Aspects of High-Order Delta-Signal A/D Converters (R.Adams). TUTORIAL 5. Mobile Telephony (T. Ali-Vehmas and Y. Neuvo). Digital Signal Processing in Mobile Telephony (N. Courtis). High Speed DSP Low Power Circuits for Future Mobile Phone (M. Yamashina). TUTORIAL 6. Basic Concepts on Nonlinear Dynamics and Chaos (M. Kennedy). Synchronization Principles and Applications (M. Hasler). Control Concepts and Applications (M. Ogorzalek). Fractals in Signal Processing (A. Jacquin). The Fundamentals of Analog Micropower Design (E. Vittoz). TUTORIAL 8. Low Power Digital Design (J. Rabaey). TUTORIAL 9. Taking the Mystery out of RF Design (B. Gilbert). Direct Digital Synthesis (P. Saul). RF Design in GaAs and BiCMOS (P. Mole and K. Searle). Introduction to Spread Spectrum Techniques (P. Chadwick). Taking the Mystery out of RF Design: Obey the Law! (J. Bryant). RF Receivers for Cellular Telephone Base Stations (J. Rhodes). TUTORIAL 10. PART 1 Switched-Current Circuits and Systems (C. Toumazou and E. Saether). Analysis and Design of Speed and Dynamic Range in SI Cells (P. Shah and C. Toumazou). Switched-Current Data Converters (G. Roberts). Switched-Current Cellular Nonlinear Networks (A. Rodriguez-Vazquez). Analysis of Switched-Current Filters (A. Moreir?o de Queiroz). Current Monitoring for Test (K. Eckershall, et al.). TUTORIAL 10. PART 2. Current-Conveyor Basics and Applications (J. Lidgey and C. Toumazou). Practical Integrated Current-Conveyors (A. Payne and C. Toumazou). Commercial Applications of the Current-Conveyor (D. Wadsworth). Current-Mode Oscillators (S. Pookaiyaudom). CMOS Current-Conveyors (E. Bruun).
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