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New View Requirements for Analogue/MS IPs for Dependability Optimization in Heterogeneous SoC Design

机译:异构SoC设计中用于可靠性优化的模拟/ MS IP的新视图要求

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Nowadays, safety-critical systems in for instance the automotive industry routinely consist of complex Systems-on-Chip in increasingly advanced processes. The decreased reliability for advanced processes, along with the harsh environmental conditions in cars, causes serious concerns for the dependability of those SoCs. For this reason, some digital IP vendors for those systems are already starting to incorporate additional information on IPs to system designers, for instance to include safety parameters. This provides system designers with a possibility to optimize/guarantee their design along an additional design axis (e.g. safety). As most automotive SoCs incorporate analogue front/back-ends, a similar requirement would also have to be included for analogue/mixed-signal IPs. Because of limited robustness, and a variety of parameters, this has not been considered for analogue/mixed-signal IPs yet. This paper presents a first step towards the introduction of a dependability view for analogue/mixed-signal IPs, and an investigation which benefits like increased dependability could be expected at system level.
机译:如今,例如汽车工业中的安全关键型系统通常由复杂的片上系统组成,并采用越来越先进的工艺。先进工艺的可靠性下降,加上汽车的恶劣环境条件,引起了对这些SoC可靠性的严重关注。因此,这些系统的一些数字IP供应商已经开始将有关IP的其他信息纳入系统设计人员,例如包括安全参数。这为系统设计人员提供了沿附加设计轴(例如安全性)优化/保证其设计的可能性。由于大多数汽车SoC都集成了模拟前端/后端,因此对于模拟/混合信号IP也必须包含类似的要求。由于有限的鲁棒性和各种参数,对于模拟/混合信号IP尚未考虑到这一点。本文介绍了朝着引入模拟/混合信号IP的可靠性视图迈出的第一步,并期望在系统级别进行诸如可靠性提高之类的研究。

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