Design of Embedded Systems Based on FPGA ((Includes One CD-ROM))

Author: Xu Xin
Publisher:
Publish Date: 2005-01-01
Features: With the continuous advancement and innovation of programmable logic technology, FPGA plays an increasingly important role in embedded systems and has been widely applied in fields such as communication, aerospace, medical, and engineering. From the perspective of embedded system design, this book systematically and comprehensively introduces the internal structure, design process, and development tools of the latest series of Xilinx FPGA products, based on Xilinx, the world's largest manufacturer of programmable logic devices. It elaborates on the concept of IP resource reuse and the IPCire development method, with a focus on the implementation principles and development process of RISC processor cores and DSP algorithms in FPGA, recommending a new concept of embedded system design based on System-on-a-Programmable Chip (SOPC) to embedded design engineers. The accompanying CD-ROM includes Xilinx design tools—ISEWebPACK and MXE5.8, along with all relevant files and tools used in the book for design, analysis, simulation, or synthesis, as well as the complete project directories, source codes, and usage instructions for all experimental tutorials in the appendix, which help readers enhance practical application skills while reading the book. Grounded in engineering practice and combining the author's extensive experience in embedded system and programmable logic device development and teaching, the book selects the mature FireFly EPGA evaluation system as the experimental platform. For researchers and applied technology engineers engaged in embedded system design, this book is an invaluable reference for understanding the principles and development of System-on-a-Programmable Chip (SOPC) design. It is also suitable as a professional textbook for Xilinx product development and application, as well as a reference for senior undergraduate and graduate students in universities who are interested in designing specialized mathematical circuits.