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Study of Reversible Logic Synthesis with Application in SOC: A Review

机译:综述可逆逻辑合成的研究

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The prime concern in today's SOC designs is the power dissipation which increases with technology scaling. The reversible logic possesses very high potential in reducing power dissipation in these designs. It finds its application in latest research fields such as DNA computing, quantum computing, ultra-low power CMOS design and nanotechnology. The reversible circuits can be easily designed using the conventional CMOS technology at a cost of a garbage output which maintains the reversibility. The purpose of this paper is to provide an overview of the developments that have occurred till date in this concept and how the new reversible logic gates are used to design the logic functions.
机译:今天的SoC设计中的主要关注是随技术缩放增加的功耗。可逆逻辑具有在这些设计中降低功耗的非常高的潜力。它在最新的研究领域中找到了其应用,如DNA计算,量子计算,超低功耗CMOS设计和纳米技术。可通过以垃圾输出的成本轻松设计可逆电路,该垃圾输出维持可逆性。本文的目的是概述在此概念中到达日期发生的发展以及新的可逆逻辑门如何用于设计逻辑功能。

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