Modeling and Design of Digital Communication Systems Based on CPLD/FPGA

Author: Duan Jihai
Publisher:
Publish Date: 2004-08-01
Features: With the development of social productivity, the development speed of various new electronic products has become increasingly fast. The further integration and development of modern computer technology and microelectronics technology have led to two branches in the design of integrated circuits. One is the further research on traditional integrated circuits with higher integration. The other is the specialized design of new devices (FPGA/CPLD) using high-level hardware description languages such as VHDL/Verilog to create Application-Specific Integrated Circuits (ASICs). This not only significantly saves design and manufacturing time but also allows designers to focus on system-level product design without considering the manufacturing process of integrated circuits, making it a new technology in system-level product design. The development of modern communication technology has entered a new stage with the emergence of design languages like VHDL and the application of ASICs. Particularly, the research on ASIC chips for digital communication systems has important practical significance. This book primarily introduces the design principles and modeling methods for digital communication systems based on CPLD/FPGA. Starting from the composition of communication systems, an overview of EDA, and the concept of modeling (Chapters 1–2), it focuses on the two main themes of VHDL design and modeling for digital communication systems. It explains the modeling and VHDL programming design of common basic circuits (Chapter 3), and provides a detailed introduction to the principles, modeling, and VHDL programming design methods for digital communication baseband signal coding/decoding, multiplexing/demultiplexing, synchronization signal extraction, digital communication baseband and bandpass transceiver systems, pseudo-random sequences, and error detection (Chapters 4–9). The entire book is based on CPLD/FPGA chips and utilizes the VHDL language to achieve modeling and design for digital communication units and systems. The content of the book is novel, progressive, clear in concepts, highly targeted, and strong in practical application. It can serve as a textbook for senior undergraduate students or a reference book for graduate students in communication and information engineering, as well as a reference for researchers and engineering professionals.