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The Brueckner network

机译:Brueckner网络

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摘要

In many industrial applications, the dynamic control of queuing and routing presents difficult challenges. We describe a novel ant colony control system for a multiobjective sorting problem using an Emergent Sorting Network (ESN) designed by Sven Brueckner. Here, an immobile population of extremely simple agents reside at fixed vertices of a network, passing parts through the network, and as a result sorting a stream of colored parts. We explore effects of network size, and the effect of task difficulty (number of colors sorted) on timing and sorting performance. We demonstrate an unexpected regime shift in the swarm's collective behavior caused by network filling effects, and show evidence that this effect is due to the creation of ad hoc buffer regions: transient task specialties arising among the homogeneous agents.
机译:在许多工业应用中,排队和路由的动态控制提出了艰巨的挑战。我们描述了一种新的蚁群控制系统,该系统使用由Sven Brueckner设计的紧急分拣网络(ESN)来解决多目标分拣问题。在这里,一群非常简单的代理人一动不动,居住在网络的固定顶点上,使零件通过网络,从而对有色零件流进行分类。我们探索网络规模的影响,以及任务难度(排序的颜色数)对时间和排序性能的影响。我们证明了由网络填充效应引起的群体集体行为的出乎意料的政权转移,并证明了这种效应是由于创建了 adhoc 缓冲区:均质代理之间出现的临时任务特殊性。

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