首页> 外文会议>2016 11th IEEE Symposium on Industrial Embedded Systems >Keynote at SIES: Heterogeneous processors in SoC simplifies integration of IEC61508 and ISO26262 functional safety designs. The ZYNQ7000 experience
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Keynote at SIES: Heterogeneous processors in SoC simplifies integration of IEC61508 and ISO26262 functional safety designs. The ZYNQ7000 experience

机译:SIES上的主题演讲:SoC中的异构处理器简化了IEC61508和ISO26262功能安全设计的集成。 ZYNQ7000的经验

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摘要

Integration of functional safety operations are becoming more and more relevant for the current and intelligent future applications. Collaborative robots, virtual fences and autonomous driving are paving the way for more intelligent and faster certification process where safety is not a by-product. Traditional homogeneous architectures requires often require prohibitive or extremely expensive evaluation of common more causes and systematic errors, that make such intelligent system very difficult to certify. Heterogeneous computing system like Zynq7000 that merge standard processor, soft processors, and programmable logic as combination of integrated hardware and software diversity under the same environment foster the way for high performance and safety oriented architecture. The keynote will report on the methodology and trend to achieve such new design.
机译:功能安全操作的集成对于当前和未来的智能应用越来越重要。协作机器人,虚拟围栏和自动驾驶为安全性不是副产品的更加智能,更快的认证流程铺平了道路。传统的同类架构通常需要对常见的更多原因和系统错误进行禁止性的评估或极其昂贵的评估,这使得此类智能系统很难进行认证。诸如Zynq7000之类的异构计算系统在同一环境下将标准处理器,软处理器和可编程逻辑合并为集成的硬件和软件多样性,从而为高性能和安全性体系结构铺平了道路。主题演讲将报告实现这种新设计的方法和趋势。

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