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Fault-tolerant ASIC Design for High System Dependability

机译:高系统可靠性的容错ASIC设计

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摘要

Fault-tolerant devices are becoming more and more important in safety-critical applications. In addition, because of further decreased geometries, integrated circuits are becoming more susceptible to induced interference. This paper presents new methods and design concepts to make application specific integrated circuit (ASIC) devices fault-tolerant to effects generated in the harsh automotive environment, especially to single event effects (SEEs). We describe how to mitigate single event effects which can immediately affect the function of electronic components. ASICs provided with this technique will increase the reliability and dependability while simultaneously maintaining the full real-time behaviour of the system.
机译:在安全关键型应用中,容错设备变得越来越重要。另外,由于几何形状的进一步减小,集成电路变得更容易受到感应干扰。本文提出了新的方法和设计概念,以使专用集成电路(ASIC)器件能够容忍恶劣的汽车环境中产生的影响,尤其是单事件影响(SEE)。我们描述了如何减轻可能立即影响电子组件功能的单个事件的影响。使用此技术提供的ASIC将提高可靠性和可靠性,同时保持系统的完整实时行为。

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