基于DSP与FPGA的可重构并行系统架构
Reconfigurable Parallel System Based On DSP and FPGA
本文提出了一种基于DSP与FPGA架构上的可重构设计方案。这一方案不仅实现了对FPGA的静态重构与动态重构，还实现了对DSP的重新配置，从而可以达到对现有系统进行功能重置或是优化升级的目的。该方案经过在由TMS320C6713DSP和XILINX SPARTANS-3 FPGA 硬件架构上的实现和调试，证明了其具有可操作性、灵活性和高可靠性。
his paper provides a method to design a reconfigurable architecture based on DSP and FPGA. By this method, we can not only implement the static and dynamic reconfiguration of FPGA, but also to implement the reconfiguration of the DSP. All these can provide us a way to optimize, upgrade the existing system, and even replace the internal program with a new one. The experiment on the system consisted of TMS320C6713DSP and XILINX SPARTANS-3 FPGA had shown that this method is operational, flexible and reliable.
杨光辉、白中英
计算技术、计算机技术电子电路微电子学、集成电路
SPFPGA可重构静态重构动态重构
SPFPGAreconfigurablestatic reconfigurabledynamic reconfigurable
杨光辉,白中英.基于DSP与FPGA的可重构并行系统架构[EB/OL].(2008-10-27)[2025-08-17].http://www.paper.edu.cn/releasepaper/content/200810-675.点此复制
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