基于3SD的时序电路进化设计算法研究
Research Of Evolutionary Design Algorithm For Sequential Logic Circuits Based On The Three Step Decomposition
电路进化是一种基于群体搜索和可编程硬件的智能进化设计方法。它的出现是智能算法与可编程硬件共同促进的结果，正受到越来越多的关注。使用进化算法设计的电路，能发现新颖的人们难以想到的电路结构，能降低需要的门资源或晶体管数量从而提高芯片的利用率，能降低电路的连接级数，提高信号的传输速度。基于三步分解方法的同步时序电路进化设计算法3SD-ES结合了低功耗技术中己有的时序电路分解方法、进化设计领域中的输入分解、输出分解方法及进化策略对时序逻辑电路进行进化分解。实验结果表明3SD-ES有能力进化较大的时序逻辑电路，具有更好的可扩展性
ircuit evolution is a kind of intelligent design method based on population-based algorithms and programmable hardware.It is a result of the development of evolutionary algorithms and programmable hardware.Recently,it has received more and more attentions,and has become a hot research field in the EHW field. Evolutionary techniques can find novel topologies of circuits;reduce the resources that are needed to build a circuit,increase transmission speeds of signals,ete.For the evolutionary design of sequential logic circuits,a three step decomposition method named 3SD-ES is proposed.The algorithm integrates the deeomposition method used in low-power technique,the input decomposition method in the evolutionary design, the output decomposition method and ES.The experimental results show that this algorithm has ability to evolved the bigger sequential logic circuitsand has better characteristic of expansion
陈安、邢航
微电子学、集成电路电子电路
电子电路三步分解进化算法时序逻辑电路进化设计
Electronic circuitThree Step DecompositionEvolutionary AlgorithmSequential Logic CircuitsEvolutionary Designey
陈安,邢航.基于3SD的时序电路进化设计算法研究[EB/OL].(2014-09-30)[2025-08-11].http://www.paper.edu.cn/releasepaper/content/201409-405.点此复制
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