Synopsis
The designed multirate systems can outperform original single-rate systems by hundreds of times in key areas. Several multirate approaches with using the MATLAB/Simulink environment have been used in this book to investigate the next areas of application: three-rate processing of noisy voice pattern, two-rate processing of pilot’s voice, three-rate processing of fingerprint, two-rate processing of alphabet letters, two-rate model of distillation column, two-rate model of electromechanical actuator for diesel engine, two-rate model of VTAV, six-rate model of AUV, multi-rate expert system for demand and supply chain management, two-rate model of two-tank system, two-rate mixer-tank control system, three-rate model of fighter aircraft. From the simulation results it can be seen that the improved parameters of multirate systems provide a high data processing throughput in a cost and energy-efficient way, making them an ideal means for numerous engineering applications. This turns the content of this book into a valuable resource for researchers, academics, graduate and postgraduate students and for those specialists in research establishments who are related with multirate approaches.
Présentation de l'éditeur
The designed multirate systems can outperform original single-rate systems by hundreds of times in key areas. Several multirate approaches with using the MATLAB/Simulink environment have been used in this book to investigate the next areas of application: three-rate processing of noisy voice pattern, two-rate processing of pilot’s voice, three-rate processing of fingerprint, two-rate processing of alphabet letters, two-rate model of distillation column, two-rate model of electromechanical actuator for diesel engine, two-rate model of VTAV, six-rate model of AUV, multi-rate expert system for demand and supply chain management, two-rate model of two-tank system, two-rate mixer-tank control system, three-rate model of fighter aircraft. From the simulation results it can be seen that the improved parameters of multirate systems provide a high data processing throughput in a cost and energy-efficient way, making them an ideal means for numerous engineering applications. This turns the content of this book into a valuable resource for researchers, academics, graduate and postgraduate students and for those specialists in research establishments who are related with multirate approaches.
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