Genetic algorithm based on-chip communication link reconfiguration for efficient on-chip communication

S. Beulah Hemalatha, T. Vigneswaran
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Abstract

Optimization of On chip communication link in one of the hottest research area in system on chip (SOC) based system design. On chip link are optimized for efficient communication and low power consumption which is trade off in nature. So achieving both efficient communication and low power consumption requires a special optimization mechanism. Evolutionary algorithm of genetic algorithm will be solving such contradictory optimization problems. Here, in this paper genetic algorithm based On chip communication link optimization is presented. The algorithm will optimize efficiency of communication link with constrain of low power consumption. The parameters involved in power consumption and efficient communication link is coded in the chromosomes. By evolutionary iteration the optimal parameters of the communication link is derived that is used for the communication link successfully in the simulated system. The performance of the simulated system is analysed which shows the out performance of the proposed system.
基于遗传算法的片上通信链路重构,实现高效的片上通信
片上通信链路的优化是基于片上系统(SOC)的系统设计中最热门的研究领域之一。片上链路优化为高效通信和低功耗,这是在本质上的权衡。因此,实现高效通信和低功耗需要一种特殊的优化机制。遗传算法中的进化算法将解决这类矛盾的优化问题。本文提出了一种基于芯片通信链路优化的遗传算法。该算法将在低功耗约束下优化通信链路的效率。功耗和有效通信链路的参数编码在染色体中。通过进化迭代得到了通信链路的最优参数,并成功地应用于仿真系统中的通信链路。对仿真系统的性能进行了分析,验证了系统的性能。
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