级联数据损坏:关于网络物理系统中的依赖关系:海报

Stefan Gries, M. Hesenius, V. Gruhn
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引用次数: 5

摘要

CPS是相互连接的系统,可以观察和操作真实的对象和过程。它们允许动态扩展并显示导致动态决策过程的紧急行为,这些决策过程可以在运行时更改。它们并不总是容易理解,因为涉及的组件数量很多。如果在这样的过程中出现错误,很难理解决策过程中涉及的哪个组件对该错误负责。因此,决策高度依赖于流程中涉及的节点。因此,错误不容易追溯到其原始来源。在本文中,我们提出了依赖树的思想,它应该有助于在发生故障时识别错误源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cascading Data Corruption: About Dependencies in Cyber-Physical Systems: Poster
CPS are interconnected systems that observe and manipulate real objects and processes. They allow dynamic extension and show emergent behavior which leads to dynamic decision-making processes that can change at runtime. They cannot always be easily understood because of the high number of components involved. If an error occurs in such a process, it is difficult to comprehend which component involved in the decision process is responsible for that error. The decision therefore has a high degree of dependency on the nodes involved in the process. Therefore, errors are not easily traceable to their original source. In this paper, we present the idea of dependency trees, which should help to identify error sources in the event of a fault.
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