基于神经网络的铁路环境惯性事件识别

I.O. Lertxundi, I. Díez, G. A. Aramendía, J. E. Marañon
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引用次数: 1

摘要

全球定位系统(GPS)在铁路车辆运行的大部分时间内都能对其进行定位。但是,当这些车辆接近关键点时,比如轨道变化,需要更高的精度,会发生什么呢?本文提出了一种利用惯性传感器和神经网络从惯性传感器信号中找出铁路变化规律的可能解决方案。本研究的主要目的是确定是否有可能设计一个能够识别或分类由列车和铁路变化引起的惯性模式的神经网络。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Inertial Events Identification Using Neural Networks in Railway Environments
Global positioning system (GPS) resolves railway vehicles location most of the operation time. But what happens when those vehicles are near to critical points, as rail track changes, where more precision is needed? This paper presents a possible solution using inertial sensors and neural networks to find out patterns of railway changes among the inertial sensors' signal. The main objective of this investigation is to determine whether is possible or not to design a neural network capable of identifying or classifying the inertial patterns resulting from the trainpsilas railway changes.
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