基于改进图着色算法的ECE方案组件划分

V. Kureichik, V. Kureichik, D. Zaruba
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引用次数: 9

摘要

本文研究了电子计算设备(ECE)方案中最重要的设计问题之一——组件划分问题。它属于np困难问题。定义了分区问题的表述和优化准则。提出了一种基于改进的图着色算法求解分区问题的新方法。提出了改进的分划算法,该算法在多项式时间内提供给定精度的解。描述了一种改进的图着色启发式算法。作者提出了一个从彩色子集过渡到指定分区部分的过程。实现了程序环境和计算实验。一系列的测试和实验已经允许指定划分算法运行时间的理论估计。算法的运行时间表示为O (n2)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Partitioning of ECE schemes components based on modified graph coloring algorithm
One of the most important design problems - electronic computing equipment (ECE) schemes components partitioning problem is considered in the article. It belongs to the class of NP-hard problems. Statement of a partitioning problem and an optimization criterion are defined. A new approach for solving partitioning problem based on the modified graph coloring algorithm is suggested. The modified partitioning algorithm which provides obtained solutions of a specified accuracy in polynomial time is developed. A modified graph coloring heuristic is described. Authors suggested a procedure for the transition from colored subsets to specify parts of the partition. The program environment and computing experiment are implemented. The series of tests and experiments have allowed specifying theoretical estimations of partitioning algorithms running time. The running time of the algorithm is represented as O (n2).
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