一种一维可重构计算系统模型的设计
esign of One-Dimensional Reconfigurable Computing System Model
可重构计算系统结合了通用处理器和专用集成电路两者的优点,既保持了传统硬件的执行速度,又兼具软件编程的灵活性。本文针对高密度计算领域,提出了一种一维阵列结构可重构计算系统模型,设计了PE间和PE内三种重构模式,采用C++语言对模型进行系统级建模,实现了模型的快速参数化扩展和配置。仿真实验表明,不同PE个数、不同PE重构模式系统的计算性能不同,该模型可以为优化可重构计算系统结构提供依据。?????
Reconfigurable computing system which combines the advantages of the general-purpose processor and ASIC, not only maintains the traditional hardware execution speed, but also the software programming flexibility. In this paper, which is aimed the high-density computing area, a reconfigurable computing system with one-dimensional model of a linear array structure is proposed. In this structure, three reconfigurable modes between PEs and three reconfigurable modes for PE are designed. C++ language is used for system-level modeling for the reconfigurable system. Due to the parametric design, reconfigurable system structure can be rapidly expanding and configuration. Simulation results show that the different number of PE and various PE reconfigurable models perform differently, and the model can provide a basis for the reconfigurable computing system.?????
杜高明、张多利、宋宇鲲、张 敏
计算技术、计算机技术
可重构计算系统建模可重构模式
reconfigurable computingsystem-level modelingreconfigurable model
杜高明,张多利,宋宇鲲,张 敏.一种一维可重构计算系统模型的设计[EB/OL].(2014-01-08)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201401-366.点此复制
评论