An optimal sorting algorithm on reconfigurable mesh

Ju-wook Jang, V. Prasanna
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引用次数: 139

Abstract

An optimal sorting algorithm on the reconfigurable mesh is proposed. The algorithm sorts n numbers in constant time using n*n processors. The best known previous result uses O(n*nlog/sup 2/n) processors. The presented algorithm satisfies the AT/sup 2/ lower bound of Omega (n/sup 2/) for sorting n numbers in the word model of VLSI. Modification to the algorithm for area-time trade-off is shown, to achieve AT/sup 2/ optimality over 1>
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可重构网格的最优排序算法
提出了一种可重构网格的最优排序算法。该算法使用n*n个处理器在常数时间内对n个数字进行排序。之前最著名的结果使用了O(n*nlog/sup 2/n)个处理器。该算法满足超大规模集成电路字模型中n个数排序的AT/sup 2/ ω (n/sup 2/)下界。显示了对区域-时间权衡算法的修改,以实现AT/sup 2/优于1>的最优性。
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