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A pattern recognition approach for anomaly detection on buses brake system

机译:一种公交车制动系统异常检测的模式识别方法

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Diagnosis of complex systems refers to the problem of identifying a breakdown or a failure based on an inspection, a control or a test. Monitoring such industrial complex systems is essential to schedule relevant maintenance actions. We consider an automotive subsystem to monitor: the brake system, because of its impact on the vehicles availability. Through a European project [1], data are acquired via in-vehicle communication protocols and additional sensors. This work aims at developing remote diagnostic and maintenance support tools driven by these data. Our approach combines an analytic model and detection techniques in order to monitor the brake system. We provide experimental results on vehicle data using two multivariate detection methods.
机译:复杂系统的诊断是指基于检查,控制或测试来确定故障或故障的问题。监视此类复杂的工业系统对于安排相关维护措施至关重要。我们考虑要监视的汽车子系统:制动系统,因为它会影响车辆的可用性。通过欧洲项目[1],通过车载通讯协议和附加传感器获取数据。这项工作旨在开发由这些数据驱动的远程诊断和维护支持工具。我们的方法结合了分析模型和检测技术,以监控制动系统。我们使用两种多元检测方法提供有关车辆数据的实验结果。

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