斯坦伯格布线问题

Nathan W. Brixius, K. Anstreicher
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引用次数: 30

摘要

利昂·斯坦伯格的一篇论文中描述了一个篮板布线问题,拒绝解决问题的多年关注计算机部件的位置,以减少布线连接它们所需的总量在特定实例斯坦伯格认为组件的连接将被放在一个外张开的几何位置挡板如图制定数学方便添加连接问题假设aik为连接组件i和k的导线数,bjl为背板上位置j和l之间的距离,将目标加倍,问题可以写成
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Steinberg Wiring Problem
In a paper Leon Steinberg described a backboard wiring problem that has resisted solution for years The problem concerns the placement of computer components so as to minimize the total amount of wiring required to connect them In the particular instance considered by Steinberg components with a total of interconnections are to be placed on a backboard with open positions The geometry of the backboard is illustrated in Figure To formulate the wiring problem mathematically it is convenient to add dummy components with no connections to any others so that the numbers of components and locations are both n Letting aik be the number of wires that connect components i and k bjl be the distance between locations j and l on the backboard and doubling the objective the problem can be written in the form
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