Optimization of Hsiao Decoders by Circuit-Level Minimization

K. Petrov, I. Danilov, A. S. Khazanova, M. Gorbunov
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Abstract

We showed that the Hsiao decoder circuit could be minimized, resulting in the delay or area reduction without significant increase of the decoder failure ratio. We designed three versions of the decoder (full, shortened and minimized) and showed that it is possible to reduce its delay time by 13–18%, or the area by 33–57% relative to the full version. Also, we showed using fault injection simulation that the value of the failure ratio varies from −8% to +6% for shortened and minimized versions relative to the full version.
基于电路级最小化的小型解码器优化
我们发现可以最小化Hsiao解码器电路,从而在不显著增加解码器故障率的情况下减少延迟或面积。我们设计了三种版本的解码器(完整版本,缩短版本和最小化版本),并表明相对于完整版本,可以将其延迟时间减少13-18%,或面积减少33-57%。此外,我们使用故障注入模拟表明,相对于完整版本,缩短和最小化版本的故障率值在−8%到+6%之间变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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