具有特殊轨道特性的列车定位算法研究

Zhanyu Guo, Peng Wang
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引用次数: 0

摘要

准确定位火车在轨道上的位置现在是铁路公司的一个主要关注点。利用YOLO v5对铁路沿线图像样本中的特征对象进行训练生成识别模板,选择包含特征对象的特征图像作为定位点。然后利用特征对象的位置信息,编制定位点图片的身份码(ID码)。将检测到的图片ID码与定位图片ID码进行相似度匹配,相似度高于设定的阈值即可完成识别。最后,通过获取定位点的位置信息,列车可以识别其位置。通过改变定位点图像的拍摄角度、清晰度和对比度等一系列方法,对测试集进行扩展,基于YOLO v5的定位算法可以测量出其最优模型。实验结果表明,当相似度阈值为0.58,置信限为0.6时,列车定位模型表现最佳,定位成功率为97.6%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Train Positioning Algorithm with Special Rail Characters
Locating exactly where a train is on a track is now a major concern for railway companies. By training the charac-teristic objects from the picture samples along the railway with YOLO v5 to generate the recognition template, the characteristic images containing characteristic objects can be selected as the positioning points. Then Compile the identity code (ID code) of the positioning points' pictures by using the location information of the characteristic objects. Match the detected pictures' ID code with positioning pictures' ID code through similarity, and the recognition can be completed if the similarity is higher than the set threshold. Finally, by fetching the location information of the positioning point, the train can identify it position. Through a series of methods such as changing the shooting angle, sharpness and contrast of the positioning point images, the testing set is expanded, and the YOLO v5 based positioning algorithm can be measured its optimal model. The experimental results show that when the similarity threshold is 0.58 and the confidence limit is 0.6, the train positioning model has the best performance, and the success rate of positioning is 97.6 %.
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