AMS系统的验证与确认:迈向不确定度的覆盖

C. Grimm, Carna Radojicic
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引用次数: 3

摘要

在当今的系统中,模拟和混合信号(AMS)电路与硬件/软件系统及其应用紧密交织在一起。因此,单独验证AMS部分是不够的,特别是考虑到它在网络物理系统中的应用。为了保证“第一次正确”,模型的准确性、应用程序适应性的验证以及在不断变化的、不确定的环境中,将变得至少同样重要。在本文中,我们讨论并给出了方法的概述,努力验证与增加覆盖的AMS系统。我们特别关注网络物理系统背景下不确定性的建模、验证和验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Verification and validation of AMS systems: Towards coverage of uncertainties
In today's systems, analog and mixed-signal (AMS) circuits are tightly interwoven with HW/SW systems and the application. Hence, a verification of the AMS part alone is not sufficient any more, in particular considering its application in Cyber-Physical Systems. In order to guarantee `first time right', the accuracy of the models, the validation of the application fitness, and in changing, uncertain environments will become at least as important. In this paper we discuss and give an overview of methods that strive for validation of AMS systems with increased coverage. We in particular focus modeling, verification and validation of uncertainties in the context of Cyber-Physical Systems.
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