Rapid automatic vehicle manufacturer recognition using Random forest

J. Sedlák, L. Popelínský
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引用次数: 2

Abstract

This paper studies the applicability of machine learning methods in identifying the individual vehicle attributes based on camera images from the real environment. We focus on a vehicle manufacturer recognition. Classification based on the front vehicle mask makes possible to identify also vehicles without manufacturer's logo. The algorithm has been evaluated on 2988 samples collected directly from cameras in real environment. Random forest algorithm has achieved the best results in classification. Accuracy for classifying the most frequent two manufacturers, Skoda and Volkswagen has been 97.21% and 98.10% respectively. It is also fast enough to use it in real-time, even on low-cost devices like mobile phones or single-board computers like Raspberry Pi. Functional implementation of this method has been successfully deployed in a real-world environment.
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本文研究了机器学习方法在基于真实环境的相机图像识别单个车辆属性中的适用性。我们专注于汽车制造商的认可。基于车辆前面罩的分类使得识别没有制造商标志的车辆成为可能。该算法已在真实环境中直接从摄像机采集的2988个样本上进行了评估。随机森林算法在分类方面取得了最好的效果。对出现频率最高的两个厂商,斯柯达和大众的分类准确率分别为97.21%和98.10%。它的速度也足够快,可以实时使用,甚至可以在手机等低成本设备或树莓派(Raspberry Pi)等单板计算机上使用。该方法的功能实现已在实际环境中成功部署。
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