Implementation of processor cells for array algorithms on FPGAs

István Vassányi, István Erényi
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Abstract

Recent advances in FPGA technology offer a suitable environment for massively parallel, fine-grain array architectures. The paper gives geometric criteria for an optimal "jigsaw tessellated" processor cell, and cost function for cell placement. The paper demonstrates the use of FPGA-based processor arrays by the implementation results of two cellular image processing algorithms. The outlined concepts are being implemented in a placement-routing tool.
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阵列算法处理器单元在fpga上的实现
FPGA技术的最新进展为大规模并行、细粒度阵列架构提供了合适的环境。本文给出了最优“拼图镶嵌”处理器单元的几何准则,以及单元放置的成本函数。本文通过两种细胞图像处理算法的实现结果,论证了基于fpga的处理器阵列的使用。概述的概念正在放置路由工具中实现。
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