Unsupervised Fault Detection of Reefer Containers: A Moments-Based SDP Approach

Rasmus L. Christensen, Kresten K. Sørensen, R. Wisniewski, M. Sznaier
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引用次数: 1

Abstract

Refrigeration containers are being used like never before. The growing desire for exotic goods in much of the western world, puts an ever growing strain on the refrigeration systems that are used for transport. During one trip, a refrigeration container might experience temperatures ranging from −25 to 40 degrees celcius, whilst being tossed around on the deck of the freighter. This work, develops a method to detect errors aboard these refrigeration containers, that can be used to lower the maintenance costs. Furthermore, a prediction of the “time-to-failure” is presented, which enables the refrigeration container owners to decide whether or not a refrigeration container can endure a trip.
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冷藏箱无监督故障检测:一种基于矩的SDP方法
冷藏容器的使用前所未有。在西方世界的大部分地区,人们对异国商品的需求日益增长,这给用于运输的制冷系统带来了越来越大的压力。在一次航行中,冷藏集装箱在货轮甲板上颠簸时,可能会经历零下25到40摄氏度的温度。这项工作,开发了一种方法来检测这些冷藏容器上的错误,可以用来降低维护成本。此外,提出了“故障时间”的预测,使冷藏集装箱所有者能够决定冷藏集装箱是否可以承受一次行程。
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