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Design-For-Safety For Automotive IC Design: Challenges And Opportunities

机译:汽车IC设计的安全性设计:挑战与机遇

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As the automotive industry marches towards higher level of autonomous driving, the design supply chain is shaping up to support a great level of complexity and new requirements, such as Functional Safety, that have not been traditionally part of the design/verification/implementation flow. The full automation supported in EDA (Electronic Design Automation) tools for traditional metrics has not yet reached maturity for the new safety metrics and is a green field of innovation very much needed to holistically enable the development of semiconductors for autonomous driving. This paper introduces the requirements to Design-For-Safety, it presents some of the challenges and opportunities for flow automation, and it also reviews commonalities and differences between the Digital and Analog/Mixed-Signal (A/MS) flows.
机译:随着汽车行业朝着更高水平的自动驾驶迈进,设计供应链正在形成以支持更高水平的复杂性和新要求,例如功能安全,这些传统上并不是设计/验证/实施流程的一部分。 EDA(电子设计自动化)工具中支持的用于传统指标的全自动化尚未成熟到新的安全指标,这是创新的绿色领域,非常需要从整体上实现自动驾驶半导体的开发。本文介绍了“安全设计”的要求,提出了流程自动化的一些挑战和机遇,并且还回顾了数字与模拟/混合信号(A / MS)流程之间的共性和差异。

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