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FPGA placement methodology based on grey relational clustering

机译:基于灰色关联聚类的FPGA布局方法

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This paper aims at developing grey relational clustering for FPGA placement. The proposed GRAP (Grey Relational Clustering Apply to Placement) algorithm was combined with grey relational clustering and CAPRI algorithm to successfully solve FPGA placement design problem. Experimental results demonstrate that the GRAP compares the Hilbert, Z and Snake with BB cost function in space filling curve. The GRAP improved BB cost by 0.753%, 0.324% and 0.096% for the Hilbert, Z and Snake, respectively.
机译:本文旨在开发用于FPGA布局的灰色关联聚类。提出的GRAP(灰色关联聚类应用于布局)算法与灰色关联聚类和CAPRI算法相结合,成功解决了FPGA布局设计问题。实验结果表明,GRAP在空间填充曲线上将Hilbert,Z和Snake与BB成本函数进行了比较。 GRAP使希尔伯特,Z和Snake的BB成本分别降低了0.753%,0.324%和0.096%。

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