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首页> 外文期刊>Journal of computational and theoretical nanoscience >Design of Intelligent Integrated Power Management System Based on Multi Source Information Fusion
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Design of Intelligent Integrated Power Management System Based on Multi Source Information Fusion

机译：基于多源信息融合的智能集成电源管理系统设计

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摘要

In integrated circuit, the existence of subthreshold current makes leakage power consumption the most important constituent part in total power consumption and low-power consumption design is the new development trend of CMOS digital circuit. The allocation algorithm of dual thresholdvoltage referred to in the Thesis can not only effectively increase optimization efficiency of static power consumption, and it can reduce circuit complexity at the same time, which greatly shortens the optimization time. On the basis of not influencing timing performance of circuit, all unitsin the circuit are set to be high threshold voltage and then initial optimization and exquisite optimization are used to distinguish critical path and non-critical paths so as to effectively allocate threshold voltage of nodes. This method is very effective for optimization of static powerconsumption in the circuit.
机译：在集成电路中，亚阈值电流的存在使漏功率消耗最重要的是总功耗和低功耗设计的组成部分是CMOS数字电路的新发展趋势。 本文中提到的双阈值电压的分配算法不仅可以有效地提高静态功耗的优化效率，并且可以同时降低电路复杂性，这大大缩短了优化时间。 在不影响电路的时序性能的基础上，所有单元都将电路设定为高阈值电压，然后初始优化和精湛优化用于区分关键路径和非关键路径，以便有效地分配节点的阈值电压。 该方法非常有效地优化电路中的静态功率。

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