MCNC(microelectronics centre of north-carolina) standard cell benchmarks are experimented and the results show that the algorithm can make the longest path delay improvement up to 31%.
对MCNC标准单元测试电路中组合和时序电路的实验结果显示， 电路经过时延驱动优化布局后的最大路径时延最多减少了31%。
MCNC(microelectronics centre of north-carolina) standard cell benchmarks are experimented and the results show that the algorithm can make the longest path delay improvement up to 31%.
对MCNC标准单元测试电路中组合和时序电路的实验结果显示， 电路经过时延驱动优化布局后的最大路径时延最多减少了31%。
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