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A Route System Based on Ant Colony for Coarse-Grain Reconfigurable Architecture

机译:一种基于粗晶可重构架构蚁群的路线系统

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It is very important to design a good routing-system for the whole compile-synthesis system of reconfigurable architecture (RA). Because the routing resources of coarse-grain RA (CGRA) are less than those of fine-grain RA, and several functions are often defined in same one element of RA, it is difficult to find a good route. Therefore, it is more important for routing-algorithm of CGRA to have stronger ability of finding feasible and optimum path. In the paper, the improved max-min Ant System (MMAS) that added the ability of smell for ant is applied for the routing problem of CGRA. By several benchmarks on CTaiJi that is a new developed CGRA, The improved MMAS shows better ability to find the best solution than PathFinder that is often used now.
机译:为可重构架构(RA)的整个编译合成系统设计一个良好的路由系统非常重要。因为粗粒Ra(CGRA)的路由资源小于细粒Ra的路由资源,并且若干功能通常在Ra的同一元素中定义,很难找到一条良好的路线。因此,对于CGRA的路由算法更为重要,以具有更强的寻找可行和最佳路径的能力。在本文中,应用了蚂蚁气味能力的改进的MAX-MIN蚁系统(MMA)用于CGRA的路由问题。通过CTaiji上的几个基准,这是一个新的发达的CGRA,改进的MMA显示了更好的能力,这些能力比现在往往使用的探测器找到最佳解决方案。

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