在吊床网络上——六十年后

S. Cowell, L. Dăuş, Valeriu Beiu, P. Poulin
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引用次数: 9

摘要

本文考虑1956年Moore和Shannon引入的吊床网络。我们提到了可靠性多项式(包括它们的一些属性),并简要介绍了最新的技术:理论、算法和面向设计。他们提倡使用(小型)吊床网络作为纳米器件阵列设计的完美选择(例如,finfet, segfet, vfet, vesfet和各种纳米管晶体管)。因为基于阵列的设计有望蓬勃发展,我们决定仔细研究一下小型吊床网络。这就是为什么我们精确地计算了小型吊床网络的可靠度多项式。据我们所知,本文首次报道了非平凡可靠度多项式。可靠性多项式的系数是用我们自己的程序确定的,确切地知道它们是为了实用(因为吊床网络可能在基于阵列的设计中发挥核心作用)。最后,本文给出了结论和未来的研究方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On hammock networks - sixty years after
This paper considers the hammock networks introduced by Moore and Shannon in 1956. We mention reliability polynomials (including some of their properties) and go briefly over the state-of-the-art: theoretical, algorithmic and design oriented. These are advocating for using (small) hammock networks as a perfect fit for array-based designs of nano-devices (like, e.g., FinFETs, SegFETs, VFETs, VeSFETs, and various nanotubes transistors). Because array-based designs are expected to thrive, we have decided to take a very close look at small hammock networks. That is why we have calculated exactly the reliability polynomials of small hammock networks. As far as we know, the non-trivial reliability polynomials are reported here for the first time ever. The coefficients of the reliability polynomials have been determined using our own program, and knowing all of them exactly is intended for practicality (as hammock networks might play a central role in array-based designs). The paper ends with conclusions and future directions of research.
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