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Review study of irregularity track monitoring based on inertial measure unit and power spectral density analysis

机译:基于惯性测量单元和功率谱密度分析的缺乏轨道监测综述研究

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The maintenance of railway in Indonesia is determined by the track quality index(TQI).Analysed of TQI is based on track geometric inspection data.Currently,track geometric inspection uses a Track Geometric Vehicle(TGV)or Track Recorded Vehicle(TRV).The TRV's provide accurate geometry measurements.But,it was expensive to run,may disrupt regular train services during their operation,need for occupation of track limit the number of measurement operations undertaken annually and optical sensors are sensitive to the dirt,found in the railway environment.TRV's data was analysed by statistical function of the standard deviation to determine of TQI.TQI has some disadvantages,for example,it cannot represented the wavelength contents of the geometry defect,which is related to the particular issue in train-track interaction.Therefore,it is necessary to propose effective,efficient and reliable track quality assessment method.This paper will review some irregularity track monitoring methods that were probably used to track monitoring in Indonesia.
机译:铁路印度尼西亚的维护由.Analysed TQI的轨道质量指数(TQI)来确定是基于轨道几何检查data.Currently,跟踪几何检查使用轨道几何车辆(TGV)或轨道记录的车辆(TRV)。该TRV的提供精确的几何measurements.But,它是运行昂贵,其操作过程中可能会扰乱定期列车服务,需要的极限轨道占用测量操作的数量每年承担和光学传感器对灰尘敏感,在铁路环境中发现.TTRV的数据通过标准偏差的统计函数来分析,以确定TQI.TQI具有一些缺点,例如,它不能表示几何缺陷的波长含量,这与火车轨道交互中的特定问题有关。因此,有必要提出有效,有效可靠的轨道质量评估方法。本文将审查一些我们的违规轨道监测方法RE可能用于跟踪在印度尼西亚的监控。

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