支持过程级动态软硬件划分的RSoC设计与实现

目前,可重构计算平台所支持的动态软硬件划分粒度多处于线程级或指令级,但线程级划分开销太大,而指令级划分又过于复杂,因此很难被用于实际应用之中。本文设计并实现了一种支持过程级动态软硬件划分的可重构片上系统(RSoC),提出了一种过程级硬件透明编程模型,给出了过程级的硬件封装方案;在分析软硬件过程根本区别的基础上,针对硬件过程开发了专门的管理模块,并利用部分动态重构等技术,实现了硬件过程的动态配置。实验表明该系统能够较好的支持过程级的动态软硬件划分,实现了节省资源、简化设计,提高性能等目的。

Design and Implementation of RSoC for the Dynamic Hardware/Software Partitioning of the Function Level

At present,for most reconfigurable computing platforms,their dynamic hardware/software partitioning granularities are in the thread level or the instruction level. For the first one,the overhead is too much,and the second one is too difficult to realize. So both are too difficult to be implemented in practical applications. This paper presents and implements a reconfigurable system-on-chip (RSoC) which supports the dynamic hardware/software partitioning of the function level. A function level hardware trans...