How to think about self-timed systems

M. Roncken, I. Sutherland, Chris Chen, Yong Hei, W. Hunt, C. Chau, Swetha Mettala Gilla, Hoon Park, Xiaoyu Song, Anping He, Hong Chen
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引用次数: 11

Abstract

Self-timed systems divide nicely into two kinds of components: communication links that transport and store data, and computation joints that apply logic to data. We treat these two types of self-timed components as equally important. Putting communication on a par with computation acknowledges the increasing cost of data transport and storage in terms of energy, time, and area. Our clean separation of data transport and storage from logic simplifies the design and test of self-timed systems. The separation also helps one to grasp how self-timed systems work. We offer this paper in the hope that better understanding of self-timed systems will engage the minds of compiler, formal verification, and test experts.
如何看待自定时系统
自定时系统可以很好地分为两类组件:传输和存储数据的通信链路,以及将逻辑应用于数据的计算接头。我们认为这两种类型的自定时组件同等重要。将通信与计算同等对待,意味着数据传输和存储在能量、时间和面积方面的成本不断增加。我们将数据传输和存储与逻辑分离,简化了自定时系统的设计和测试。这种分离也有助于人们理解自定时系统是如何工作的。我们提供这篇论文的目的是希望更好地理解自定时系统能够吸引编译器、正式验证和测试专家的注意。
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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