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A Probabilistic Boolean Logic for energy efficient circuit and system design

机译:用于节能电路和系统设计的概率布尔逻辑

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We introduce probabilistic design, a methodology to design circuits using gates with probabilistic behavior. Probabilistic design is of great value, since the international technology roadmap for semiconductors (ITRS) forecasts that devices and interconnect are likely to suffer from frequent transient and permanent failures, as a consequence of technology scaling. We first provide the theoretical basis for probabilistic design, rooted in a novel Probabilistic Boolean Logic (pbl). By combining the properties of PBL with the properties of noise susceptible CMOS devices, we derive design principles and demonstrate that probabilistic design is a viable methodology to design circuits using gates with probabilistic behavior, which has been shown to be a useful approach for implementing ultra low-energy circuit designs.
机译:我们介绍了概率设计,一种使用具有概率行为的门设计电路的方法。概率设计具有巨大的价值,因为国际半导体技术路线图(ITRS)预测,由于技术扩展,设备和互连可能会遭受频繁的瞬态和永久性故障。我们首先基于新的概率布尔逻辑(pbl),为概率设计提供理论基础。通过将PBL的特性与易受噪声影响的CMOS器件的特性相结合,我们得出了设计原理,并证明了概率设计是一种使用具有概率行为的门设计电路的可行方法,这已被证明是实现超低功耗的一种有用方法。能量电路设计。

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