模拟故障模型:回到未来?

M. Soma
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引用次数: 2

摘要

是否有可能创建理论上有效、实验可验证、计算有效的模拟故障模型,以支持测试开发和质量改进?鉴于过去二十年中使用的各种模拟故障模型,本次演讲挑战观众正面面对这个问题。我们将回顾各种努力,从那些依赖于将制造缺陷映射到设备和电路到其他依赖于工艺变化、块级参数变化和电路级规格变化的努力。虽然开发标准模拟故障模型的障碍是显而易见的,但创建这种模型的过程从未得到阐明,总是留给以后的工作。好吧,未来就是现在。在听众参与的情况下,该演讲旨在概述解决这一过去确定但仍继续影响当前和未来技术的问题的可能程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analog fault models: Back to the future?
Is it possible to create analog fault models that are theoretically valid, experimentally verifiable, and computationally efficient to support test developments and quality improvements? This presentation challenges the audience to face this question heads-on, given the variety of analog fault models in use in the past twenty years. We will review various efforts, from those relying on mapping manufacturing defects to devices and circuits to others relying on process variations, block-level parametric variations, and circuit-level specification variations. While the impediments to the development of a standard analog fault model are obvious, the procedures to create such a model have never been elucidated, always left as future work to be done later. Well, the future is now. The presentation, with audience participation, seeks to outline possible procedures to solve this problem defined in the past yet still continuing to affect current and future technologies.
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