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Self-reconfigurable mesh array on FPGA

机译:FPGA上的可自重构网格阵列

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摘要

A major issue in designing massively parallel computer is an efficient reconfiguration strategy to provide a fault tolerance mechanism to avoid defective processors. The most of previous reconfigurable algorithms of mesh array processor are not easily implemented in VLSI. We proposed a self-reconfigurable algorithm of mesh array for easily hardware implementation. The performance of the self-reconfigurable system shows that array yields are much improved than previous reconfiguration architectures. This paper address a self-reconfigurable mesh array implemented on FPGA and the hardware performance is also discussed in detail.
机译:设计大规模并行计算机时的主要问题是有效的重新配置策略,以提供一种容错机制来避免出现故障的处理器。在VLSI中,网状阵列处理器的大多数先前可重构算法都不容易实现。我们提出了一种可自我重构的网格阵列算法,以方便硬件实现。可自我重配置系统的性能表明,与以前的重配置体系结构相比,阵列良率大大提高。本文介绍了一种在FPGA上实现的可自我重构的网格阵列,并详细讨论了其硬件性能。

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