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Integration of Artificial Intelligence into Dempster Shafer theory: A review on decision making in condition monitoring

机译:人工智能将人工智能融入Dempster Shafer理论:条件监测中决策述评

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Machines are the heart of most industries. By ensuring the health of machines, one could easily increase the company revenue and eliminates any safety threat related to machinery catastrophic failures. In condition monitoring (CM), questions often arise during decision making time whether the machine is still safe to run or not? Traditional CM approach depends heavily on human interpretation of results whereby decision is made solely based on the individual experience and knowledge about the machines. The advent of artificial intelligence (AI) and automated ways for decision making in CM provides a more objective and unbiased approach for CM industry and has become a topic of interest in the recent years. This paper reviews the techniques used for automated decision making in CM with emphasis given on Dempster-Shafer (D-S) evident theory and other basic probability assignment (BPA) techniques such as support vector machine (SVM) and etc.
机译:机器是大多数行业的核心。通过确保机器的健康,可以轻松增加公司收入,并消除与机械灾难性失败相关的任何安全威胁。在条件监测(cm)中,在决策时间期间,问题经常出现机器是否仍然安全运行?传统的CM方法严重取决于人类对结果的解释,从而仅基于对机器的个人经验和知识进行决定。人工智能(AI)的出现和厘米决策的自动化方式为CM行业提供了更客观和无偏见的方法,并成为近年来兴趣的主题。本文综述了用于在Dempster-Shafer(D-S)的强调厘米的自动化决策的技术,并在Dempster-Shafer(D-S)明显的理论和其他基本概率分配(BPA)技术,如支持向量机(SVM)等。

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