Introduction to EDA Engineering

Author: Zeng Fantai Li Bing Li Xiaolin
Publisher:
Publish Date: 2002-01-01
Features: This book is one of the "EDA Engineering Series," divided into 10 chapters. Chapter 1 briefly outlines the basic concepts of EDA engineering; Chapter 2 introduces the theoretical foundation of EDA engineering; Chapter 3 introduces EDA engineering methods, covering behavioral description, SOC design methods, IP reuse, ASIC design methods, virtual machines, test platform design methods, and hardware-software co-verification; Chapter 4 covers the basics of VHDL syntax and programming methods; Chapter 5 introduces the principles, structures, and programming methods of various programmable devices, one of the implementation carriers of EDA engineering; Chapter 6 discusses the product design and development process in electronics, focusing on three aspects: chip design, circuit board design, and electronic system design; Chapter 7 is the foundation of professional EDA tool development, introducing EDA engineering database management, which falls under the category of software tool development; Chapter 8 covers the application of various EDA tool software, how to establish an integrated design environment, and methods for designing application-specific integrated circuits (ASICs) using such environments; Chapter 9 introduces SOC design methods, including IP reuse methods, system reconfiguration methods, and platform-based design methods; Chapter 10 looks ahead to the future development trends of EDA engineering. This book outlines the theoretical foundation and knowledge system of EDA engineering, elaborates on the development of EDA tools, and explains the methods of applying EDA tools in PCB design, FPGA design, ASIC design, and SOC design. It broadly reflects the overall content of EDA engineering, giving readers a general understanding of the field. Technical personnel from different fields and students from various disciplines can selectively read this book. It is suitable as a professional textbook for senior undergraduate students in electronic, computer, microelectronics, communication, and related fields in universities. It can also serve as a reference for graduate students and as a reading material for technical personnel in the electronics industry.