Flexible hardware architectures for robust Cyberphysical systems

M. Hübner
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Abstract

Cyberphysical systems need to handle complex applications in different domains. The challenge is the parameterization and compositions of resources of such systems which needs to be done traditionally at design time. This requires to explore a large design space and is therefore not leading to an optimized setup. Run-time adaptive systems can find a optimal point of operation at run-time which is an advantage. This talk shows possible architecture which allow such a flexibility and discusses future solutions.
灵活的硬件架构健壮的网络物理系统
网络物理系统需要处理不同领域的复杂应用。挑战在于这些系统的参数化和资源组合,这需要在传统的设计阶段完成。这需要探索一个大的设计空间,因此不会导致优化设置。运行时自适应系统可以在运行时找到最优的运行点,这是一种优势。这次演讲展示了允许这种灵活性的可能架构,并讨论了未来的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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