摘要： 动态部分重配置充分利用了FPGA芯片提供的可重配置功能，提高了FPGA芯片的利用率，减小了FPGA芯片的配置时间，有效地提高了系统的整体性能。该文介绍了动态部分重配置的两种实现方法，并在Spartan-II FPGA上进行了验证。
关键词:
FPGA,
Spartan-II,
可重配置计算,
动态部分重配置
Abstract: Partially run-time reconfiguration(RTR)fully takes advantage of the partial reconfigurable characteristics in FPGA devices and promotes the development of reconfigurable computing. It saves hardware resources as well as the time to configure the FPGAs, and improves the overall performance of the system dramatically. This paper introduces two methods to implement partially RTR, and successfully verify them by Spartan-II FGPA.
Key words:
FPGA,
Spartan-II,
Reconfigurable computing,
Partially run-time reconfiguration
李 涛;刘培峰;杨愚鲁. 动态部分重配置及其FPGA实现[J]. 计算机工程, 2006, 32(14): 224-226.
LI Tao; LIU Peifeng;YANG Yulu. Partially Run-time Reconfiguration and Its Implementation on FPGA[J]. Computer Engineering, 2006, 32(14): 224-226.