Principles and Development Applications of DSP Chips ((3rd Edition))

Author: Zhang Xiongwei
Publisher:
Publish Date: 2003-02-01
Features: This book first introduces the basic structure and characteristics of widely used DSP chips, as well as some key issues in fixed-point and floating-point DSP processing. It then introduces the currently most widely used TIDSP chips, the TMS320C5000 series, along with their hardware structure, assembly instructions, and addressing modes. Next, it covers development methods based on C and assembly languages, and demonstrates the development process of fixed-point and floating-point DSP chips through three application systems. It provides a detailed introduction to the hardware and software design methods of DSP systems, and through three application systems, illustrates the development process of fixed-point and floating-point DSP chips. Additionally, it introduces the DSP implementation of common digital signal processing algorithms such as digital filters and FFT. Finally, to facilitate teaching, it provides a DSP experiment guide.
This book presents the basic principles, development, and applications of DSP chips in a comprehensive and systematic manner. It begins by introducing the basic structure and characteristics of widely used DSP chips, as well as some key issues in fixed-point and floating-point DSP processing. It then introduces the currently most widely used TIDSP chips, the TMS320C5000 series, along with their hardware structure, assembly instructions, and addressing modes. Next, it covers development methods based on C and assembly languages, and demonstrates the development process of fixed-point and floating-point DSP chips through three application systems. It provides a detailed introduction to the hardware and software design methods of DSP systems, and through three application systems, illustrates the development process of fixed-point and floating-point DSP chips. Additionally, it introduces the DSP implementation of common digital signal processing algorithms such as digital filters and FFT. Finally, to facilitate teaching, it provides a DSP experiment guide.
The purpose of this book is to enable readers to understand the basic principles of DSP chips and the applications of common DSP chips, become familiar with DSP chip development tools and their use, master the hardware and software design methods of DSP systems and the development methods of application systems, and develop the ability to independently engage in DSP application development. The content of this book is comprehensive, rich in examples, and highly practical. It can serve as a textbook for graduate students and senior undergraduate students in communication and electronic engineering, as well as a training manual for DSP chip application personnel. It also holds significant reference value for science and technology personnel engaged in DSP chip development and application, as well as for university teachers.