Combine and Top Down Block Placement Algorithm for Hierarchical Logic VLSI Layout

T. Kozawa, Chihei Miura, H. Terai
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引用次数: 12

Abstract

A Combine and TOP down placement (CTOP) algorithm for determination of relative placement of blocks which are set of cells is presented. The objective functions of the CTOP algorithm are to minimize inter-block wiring space and dead space using a combine value P. P is defined as the combination of the connectivity and dead space factor. With use of the CTOP algorithm, chip size in our example is about 6% smaller than with manual block placement. In the experiment reported on here, we used the same automatic placement and routing program for intra-block design.
层次化逻辑VLSI布局的组合与自顶向下块放置算法
提出了一种组合和自顶向下放置(CTOP)算法,用于确定由单元组成的块的相对位置。CTOP算法的目标函数是使用组合值P来最小化块间布线空间和死空间。P定义为连通性和死空间因子的组合。使用CTOP算法,我们示例中的芯片尺寸比手动块放置小6%左右。在这里报告的实验中,我们使用相同的自动放置和路由程序进行块内设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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