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Ultra-Low Power VLSI Circuit Design Demystified and Explained: A Tutorial

机译:超低功耗VLSI电路设计神秘化和解释:教程

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In this paper, the state of the art in ultra-low power (ULP) VLSI design is presented within a unitary framework for the first time. A few general principles are first introduced to gain an insight into the design issues and the approaches that are specific to ULP systems, as well as to better understand the challenges that have to be faced in the foreseeable future. Intuitive understanding is accompanied by rigorous analysis for each key concept. The analysis ranges from the circuit to the micro-architectural level, and reference is given to process, physical and system levels when necessary. Among the main goals of this paper, it is shown that many paradigms and approaches borrowed from traditional above-threshold low-power VLSI design are actually incorrect. Accordingly, common misconceptions in the ULP domain are debunked and replaced with technically sound explanations.
机译:本文首次在单一框架内介绍了超低功耗(ULP)VLSI设计的最新技术。首先介绍一些通用原则,以深入了解ULP系统的设计问题和方法,并更好地理解在可预见的将来必须面对的挑战。对每个关键概念都有直观的理解和严格的分析。分析范围从电路到微体系结构,并在必要时提供过程,物理和系统级别的参考。在本文的主要目标中,研究表明,从传统的高于阈值的低功耗VLSI设计中借鉴的许多范例和方法实际上是不正确的。因此,ULP领域中常见的误解被揭穿,并用技术上合理的解释代替。

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