Challenges and Perspectives of Computer Architecture at the Nano Scale

C. Gamrat
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引用次数: 8

Abstract

Advances in nanotechnology and the research of new materials has led to the elaboration of nano-components with novel properties and functions. Exploring how those novel components could be used to devise future computer architectures, complementing rather than supplementing CMOS technology, is a new research subject known as Nanocomputing. In this talk we will present the major challenges of such a research, the potential benefits of using technologies other than CMOS and some perspectives in terms of design and applications. We will illustrate the topic by presenting some of the most advanced results in the field, focusing on results from the European project FP7, NABAB, that explores how to build neuro-inspired computing structures with a variety of nanotechnologies.
纳米尺度下计算机体系结构的挑战与展望
纳米技术的进步和新材料的研究导致了具有新特性和功能的纳米组件的细化。探索这些新组件如何用于设计未来的计算机架构,补充而不是补充CMOS技术,是一个被称为纳米计算的新研究课题。在这次演讲中,我们将介绍这种研究的主要挑战,使用CMOS以外的技术的潜在好处,以及在设计和应用方面的一些观点。我们将通过展示该领域的一些最先进的结果来说明这个主题,重点是欧洲项目FP7, NABAB的结果,该项目探索了如何用各种纳米技术构建神经启发的计算结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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