Predictive maintenance oriented neural network system - PREMON

J. Pelaez, M. A. Aguiar, R. C. Destro, Z. Kovacs, M. Simões
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引用次数: 2

Abstract

The cost of equipment maintenance represents an important budgetary item in industrial and commercial applications. Smart machines are able to evaluate online a number of its own vitalities helping operators to diagnose faults. Most often the origins of the problems are buried into intractable and not usually relevant data. Some neural architectures are presented for recognizing those operational trajectories that are the early symptoms of faults in these smart machines. In order to cope with such classification problem, a neural architecture defined as PREMON (predictive maintenance oriented network) is designed. The main advantage of the system is its brain-inspired philosophy that allow it to be applied to a great deal of systems that are degraded or damaged because of their interaction with its environment.
面向预测维护的神经网络系统PREMON
在工业和商业应用中,设备维修费用是一项重要的预算项目。智能机器能够在线评估其自身的一些活力,帮助操作员诊断故障。大多数情况下,问题的根源隐藏在棘手且通常不相关的数据中。提出了一些神经结构来识别这些操作轨迹,这些轨迹是这些智能机器故障的早期症状。为了解决这类分类问题,设计了一种面向预测维护网络(PREMON)的神经网络结构。该系统的主要优势在于其由大脑启发的原理,使其能够应用于大量因与环境相互作用而退化或损坏的系统。
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