一种高效的超立方体互联网络并行搜索算法

I. S. Rajput, S. K. Sharma, A. Aggarwal, M. Thapliyal
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引用次数: 15

摘要

在信息时代,大量的数据和信息被交换,这就需要快速高效的搜索机制来有效地利用这些信息。有各种顺序搜索算法来搜索未排序数组或已排序元素数组中的元素。许多研究人员已经探索了使用并行硬件来提高搜索效率和加速的方法,例如。二维处理器网格可以在不考虑线延迟的情况下,在O(n1/2)时间内解决各种搜索问题。我们提出了一种在Hypercube互连网络上的搜索算法,解决了基本的查询问题,即给定一个整数x,需要在s字段的记录文件中搜索x,该算法在O(log n)时间内对该查询产生是或否的答案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An efficient parallel searching algorithm on Hypercube Interconnection network
In the information age, the huge amount of data and information are exchanged which requires fast and efficient searching mechanisms for effective use of this information. There are various sequential searching algorithms to search an element in an unsorted array or sorted array of elements. A number of researchers have explored methods for improving the efficiency and speedup of search using parallel hardware, for eg. A 2-D Mesh of Processors can be used to solve various searching problems in O(n1/2) time regardless of any assumption about wire delay. We proposed an algorithm for searching on Hypercube Interconnection network that solves the basic query problem, namely given an integer x, it is required to search a file of records on the s field for x. Proposed algorithm produces a yes or no answer to such a query in O(log n) time.
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