Plenary Speech 2P2: Statistical Techniques to Achieve Robustness and Quality

C. Visweswariah
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引用次数: 3

Abstract

Summary form only given. Variability due to manufacturing, environmental and aging uncertainties constitutes one of the major challenges in continuing CMOS scaling. Worst-case design is simply not feasible any more.This presentation will describe how statistical timing techniques can be used to reduce pessimism, achieve full-chip and full-process coverage, and enable robust design practices. A practical ASIC methodology based on statistical timing will be described. Robust optimization techniques will be discussed. Variability makes post-manufacturing testing a daunting task. Process coverage is a new metric that must be considered. Statistical techniques to improve quality in the context of at-speed test will be presented. Key research initiatives required to achieve elements of a statistical design flow will be described.
全体会议演讲2P2:实现稳健性和质量的统计技术
只提供摘要形式。由于制造、环境和老化的不确定性造成的可变性构成了CMOS持续扩展的主要挑战之一。最坏情况的设计不再可行。本演讲将描述如何使用统计定时技术来减少悲观情绪,实现全芯片和全流程覆盖,并实现稳健的设计实践。一种实用的基于统计定时的ASIC方法将被描述。鲁棒优化技术将被讨论。可变性使得制造后测试成为一项艰巨的任务。过程覆盖率是一个必须考虑的新度量。统计技术,以提高质量的背景下,在高速试验将提出。将描述实现统计设计流程要素所需的关键研究计划。
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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