ITS中基于车灯对距离和车灯轮廓的车辆类型和子类型识别

Zuchun Ding, Wenying Mo
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引用次数: 2

摘要

在智能交通系统的车辆监控和通信控制中,识别车辆类型和子类型是非常重要的。提出了一种基于灯对距离和灯形状的定位算法。该方法在预处理中提取车灯的分布,然后根据车灯对距离计算车灯类型表(LTT)。由于车灯对和车灯轮廓是每一种汽车的固有属性,该算法利用这些复合特征来识别车型和子车型。我们利用相关的光对距离和轮廓信息来识别车辆类型和子类型。实验验证了该算法的良好效果。在实验中,利用大量的车辆监控图像对车辆类型和子类型进行识别,并测试识别的准确性。
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Vehicle Type and Sub-type Recognition by Lamp Pairs Distance and Lamp Contour in ITS
For vehicle surveillance and communication control in ITS, it's very important to recognize the vehicle type and sub-type. The algorithm based on lamp pairs distance and lamp shape is proposed in this paper. In this method the distribution of vehicle lamps are retrieved in preprocessing, then lamp type table (LTT) is calculated according to the lamp pairs distance. Because the lamp pairs and the lamp contour are intrinsic attributions of every type of automobiles, this algorithm uses these composite features to recognize the vehicle type and sub-type. We use the associated light pairs distance and contour information to recognize the vehicle type and sub-type. Experiments verified the satisfied effect of this algorithm. In the experiments a huge amount of vehicle surveillance images are utilized to recognize vehicle type and sub-type and test the accuracy of recognition.
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