单处理器池MSIMD/MIMD架构

M. S. Baig, T. El-Ghazawi, N. Alexandridis
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引用次数: 2

摘要

在多个SIMD/MIMD(单指令多数据/多指令多数据)(MSIMD/MIMD)体系结构中,使用了两种不同类型的处理器:处理单元(pe)和控制单元(cu),分别支持SIMD和MIMD分区。在现有的体系结构中,处理器作为PE或CU运行的角色仅在设计时确定。结果表明,这种固定分配会导致性能下降。在此基础上,提出了一种动态分配处理器的单处理器池MSIMD/MIMD体系结构模型。提出了一种基于多维数据集的单处理器池系统。这个系统被称为单池处理器(SPP)。仿真和分析表明,与其他MSIMD/MIMD系统相比,所提出的SPP体系结构具有明显更好的性能和成本。
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Single processor-pool MSIMD/MIMD architectures
In multiple SIMD/MIMD (single-instruction multiple-data/multiple-instruction multiple-data) (MSIMD/MIMD) architectures, two different types of processors are used: processing elements (PEs), to support both SIMD and MIMD partitions, and control units (CUs), to support SIMD partitions. In the existing architectures, the role of a processor to run as either PE or CU is determined only at design time. It is shown that this fixed assignment results in performance degradations. Furthermore, a single processor-pool MSIMD/MIMD architectural model with dynamic processor assignments is introduced. A cube-based single processor-pool system is presented. This system is referred to as the single-pool processor (SPP). Simulation and analysis have shown that the proposed SPP architecture offers a significantly better performance/cost than other MSIMD/MIMD systems.<>
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