Fault Prediction Using Supervised and Unsupervised Learning Algorithms in Cyber Physical Systems

Nabila Azeri, Zeinb Zouikri, Meriem Rezgui, Ouided Hioual, O. Hioual
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Abstract

In the last decade, industry has become highly dependent on smart systems which enable the physical world to merge with the virtual one. This development led to the emergence of Cyber Physical Systems (CPS). In this environment, services and resources must be always available to support the continuity of systems operation. Indeed, CPSs are intended to be flexible systems that can decide automatically how to adapt their internal behavior in response to the dynamics of the environment. The ability to, automatically, recognize and predict any fault or failure, that occurs while delivering services, is a step towards realizing such systems. We present in this paper an approach to early fault prediction using machine learning algorithms. The viability of the proposed solution is confirmed by a real world application in an industrial CPS.
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基于监督和无监督学习算法的网络物理系统故障预测
在过去的十年中,工业已经高度依赖智能系统,使物理世界与虚拟世界融为一体。这一发展导致了网络物理系统(CPS)的出现。在这种环境中,服务和资源必须始终可用,以支持系统运行的连续性。事实上,cps是一个灵活的系统,可以自动决定如何根据环境的动态调整其内部行为。自动识别和预测在交付服务时发生的任何故障或失败的能力是实现这种系统的一个步骤。本文提出了一种利用机器学习算法进行早期故障预测的方法。所提出的解决方案的可行性在工业CPS中的实际应用中得到了证实。
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