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Fault detection system and method using multiway principal component analysis

机译:利用多路主成分分析的故障检测系统和方法

摘要

A fault detection system and method is provided that facilitates detection of faults that are manifest over a plurality of different operational phases. The fault detection system and method use multiway principal component analysis (MPCA) to detect fault from turbine engine sensor data. Specifically, the fault detection system uses a plurality of load vectors, each of the plurality of load vectors representing a principal component in the turbine engine sensor data from the multiple operational phases. The load vectors are preferably developed using sets of historical sensor data. When developed using historical data covering multiple operational phases, the load vectors can be used to detect likely faults in turbine engines. Specifically, new sensor data from the multiple operational phases is projected on to the load vectors, generating a plurality of statistical measures that can be classified to determine if a fault is manifest in the new sensor data.
机译:提供了一种故障检测系统和方法,其有助于检测在多个不同的操作阶段上显现的故障。故障检测系统和方法使用多路主成分分析(MPCA)从涡轮发动机传感器数据中检测故障。具体地,故障检测系统使用多个负载向量,多个负载向量中的每个表示来自多个操作阶段的涡轮发动机传感器数据中的主要成分。优选地,使用历史传感器数据集来建立载荷矢量。当使用涵盖多个运行阶段的历史数据进行开发时,载荷矢量可用于检测涡轮发动机中的可能故障。具体而言,将来自多个操作阶段的新传感器数据投影到负载矢量上,生成多个统计量度,可以对这些统计量进行分类,以确定新传感器数据中是否存在故障。

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