该文从硬件、软件两方面介绍其优化电路和抗干扰技术。
The circuit and anti _ interference technologies were optimized from the aspects of hardware and software.
工业测试实例实验表明,该算法能够有效地优化电路时延,满足时延约束。
Experimental results show that the algorithm can optimize the timing of circuit efficiently and the timing constraint is satisfied.
过程变化的知识对于最优化电路延时,减少时钟倾斜和降低串扰噪声很重要。
Knowledge of process variation is important to optimize critical path delay, minimize clock skew, and reduce crosstalk noise.
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