车辆类型分类的不同提取方法及支持向量机核评价

N. R, J. Stephen, N. Nandakumar, Remya Nair T
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引用次数: 0

摘要

只有对车辆进行准确分类,交通监控才会有效。在收费站中心、停车场、保安系统、事故预防等应用时生效。迄今为止,已有几种算法用于车辆分类。本文采用LBP、LDP和HOG方法对固定尺寸(100*100 px)下不同角度拍摄的图像进行处理,提取车辆的长、宽、轮胎数、颜色、车型等特征信息,确定车辆的类型。使用SVM分类器对数据集进行分类。通过采集各种图像制作VID数据集,用于监控过程。本文比较了3种特征提取方法,得出HOG与SVM的特征提取方法效果最好,对车辆类型的分类准确率最高,达到95.3%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Evaluation of Different Extraction Methods and Support Vector Machine Kernels for Vehicle Type Classification
Traffic surveillance and monitoring is effective when the vehicles are accurately classified. It comes into effect when it is applied at toll booth centers, parking areas, security system, accident prevention etc. Several algorithms have been used for classification of vehicles till date. We use LBP, LDP and HOG methods in our paper to process the image which is taken at different angles at a fixed size (100*100 px) and extract vehicle’s feature information concerning their length, width and number of tyres, color, model to decide the type of vehicle. SVM classifier is used for the classification of the dataset. The VID dataset made by collecting various images is used for monitoring the processes. This paper compares the 3 feature extraction methods and concludes that HOG with SVM is the best among them which gives the highest accuracy of 95.3% to classify the type of vehicle.
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