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Generic algorithm based voltage Islands-Aware Multiple Voltage Assignment

机译:基于通用算法的电压岛 - 感知多电压分配

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Power consumption has become one of most serious challenges for SoC design. Among the various methods, Multiple Supply Voltage (MSV) is an effective method for power reduction. In this paper, Genetic Algorithm (GA) is used to optimize the Voltage Islands-Aware Multiple Voltage Assignment (VIAMVA). A cost function is developed to take the overhead of level shifters and the complexity of power network into account. The proposed algorithm is tested on six GSRC benchmarks. Experimental results show that the proposed method can save power consumption up to 47.60% with voltage island generation.
机译:功耗已成为SoC设计最严重的挑战之一。在各种方法中,多电源电压(MSV)是减少功率的有效方法。本文使用遗传算法(GA)来优化电压岛感知多电压分配(ViaMVA)。开发成本函数以考虑电平移位器的开销和电力网络的复杂性。在六个GSRC基准测试中测试了所提出的算法。实验结果表明,该方法可以将功耗节省高达47.60%,电压岛生成。

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