实时数字信号处理：基于TMS320C55X的实现、应用和实验

Preface1 Introduction to Real-Time Digital Signal Procesing 1.1 Basic Elements of Real-Tiem DSP Systems 1.2 Input and Output Channels 1.2.1 Input Signal Conditioning 1.2.2 A/D Conversion 1.2.3 Sampling 1.2.4 Quantizing and Encoding 1.2.5 D/A Conversion 1.2.6 Input/Output Devices 1.3 DSP Hardware 1.4 DSP System Design 1.5 Experiments Using Code Composer Studio References Exercises

Preface1 Introduction to Real-Time Digital Signal Procesing 1.1 Basic Elements of Real-Tiem DSP Systems 1.2 Input and Output Channels 1.2.1 Input Signal Conditioning 1.2.2 A/D Conversion 1.2.3 Sampling 1.2.4 Quantizing and Encoding 1.2.5 D/A Conversion 1.2.6 Input/Output Devices 1.3 DSP Hardware 1.4 DSP System Design 1.5 Experiments Using Code Composer Studio References Exercises2 Introduction to TM5320C55x Digital Signal Processor 2.1 Introduction 2.2 TM532055x Architecture 2.3 Software Development Tools 2.4 TMS320C55x aDDRESSING Mode 2.5 Pipeline and Parallelism 2.6 TM5320C55x Instruction Set 2.7 Mixed C and Assembly Language Programming 2.8 Experiments-Sssembly Programming Basic References Exercises3 DSP Fundamentals and Implemntatio Considertions4 Frequency Analysis5 Design and Implementation of FIR Filters\6 Design and Implementation of IIR Filters7 Fast Fourier Transform and its Applications8 Adaptive Filtering9 Practical DSP Applications in CommunicationsAppendix A Some Useful FormulasAppendix B Introduction of MATLAB for DSP ApplicationsAppendix C Introduction of C Programming for DSP ApplicationsAppendix D About the SoftwareIndex

“实时”功能是高性能数字信号处理器和DSP应用中面临的最新挑战。它的成功应用不仅需要彻底理解DSP理论，还要全面掌握实时DSP设计和应用技术。本书为读者提供了一本非常实用的教材和参考书。本书具有如下特点： 具有使用MATLAB，C和TMS320C55X汇编语言的丰富的习题和实验，涵盖了从基本概念到通信应用的所有内容。 对数字信号处理的理论问题的讨论，没有复杂的理论推导，而且都是围绕如何实现来展开的。 指导如何选择DSP芯片使之满足各种不同应用的要求，如实时性约束、不同硬件选择、定点或浮点器件等。