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Stochastic circuits (SCs) offer tremendous areaand power-consumption benefits at the expense of computational inaccuracies. Managing accuracy is a central problem in SC design and has no counterpart in conventional circuit synthesis. It raises a basic question: how to build a systematic design flow for stochastic circuits? We present, for the first time, a systematic design approach to control the...
We present a new methodology for fast and accurate simulation of signal probabilities in sequential logic. It can be used for analyzing soft error effects at the logic level, estimating circuit reliability, and the like. Experimental results for large benchmarks show that signal error probabilities can be estimated over many cycles with high accuracy.
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