俞磊, 景乃锋, 王琴. 一种基于数据流驱动的混合粒度可重构阵列架构[J]. 微电子学与计算机, 2019, 36(5): 19-22, 28.
引用本文: 俞磊, 景乃锋, 王琴. 一种基于数据流驱动的混合粒度可重构阵列架构[J]. 微电子学与计算机, 2019, 36(5): 19-22, 28.
YU Lei, JING Nan-feng, WANG Qin. A hybrid-grained reconfigurable architecture based on data stream[J]. Microelectronics & Computer, 2019, 36(5): 19-22, 28.
Citation: YU Lei, JING Nan-feng, WANG Qin. A hybrid-grained reconfigurable architecture based on data stream[J]. Microelectronics & Computer, 2019, 36(5): 19-22, 28.

一种基于数据流驱动的混合粒度可重构阵列架构

A hybrid-grained reconfigurable architecture based on data stream

  • 摘要: 粗粒度可重构阵列结构具有计算效率高的特点, 但不能完美支持控制较复杂的算法.本文基于数据流驱动原理, 提出了一种可重配置的混合粒度阵列架构, 将细粒度可重构技术和粗粒度可重构技术相结合, 实现了对控制密集型算法的支持, 整个结构支持多发射循环迭代技术和空间展开循环迭代技术.通过对算法采取不同的映射方法和优化技术, 相对于静态流执行情况至少可以获得15.6%的性能提升.

     

    Abstract: The coarse-grained reconfigurable array has the characteristics of high computational efficiency, but it does not perfectly support the control of complex algorithms.Based on theprinciple of data stream driven, this paper proposes a hybrid-grained reconfigurable architecture, which support the algorithms of control-intensive by combining fine-grained reconfigurable technology and coarse-grained reconfigurable technology. The architecture supports techniques of loop iteration fast issue and loop iteration spatial expansion.By adopting different mapping methods, we can get at least 20 percentage performance improvement.

     

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