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Traffic flow detection method based on vertical virtual road induction line

机译:基于垂直虚拟道路感应线的交通流量检测方法

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摘要

Traffic flow detection is an important part of intelligent transportation system and it has a wide range of applications. We analyse the existing methods of traffic flow detection and propose a traffic flow detection method which based on vertical virtual road induction line (VVRIL). Firstly, according to the direction of the vehicle travelling, we set a VVRIL in the middle of the driveway. Secondly, the background image is gained from the video image with Gauss mixture model. We then make differential operation between the background image and video image to get a binary image, which we set the values of the foreground pixels as 1 and that of background pixels as 0. Thirdly, we extract the values of the pixels in the VVRIL of the binary image. Besides, we regard the vehicle maximum length obtained by self-learning as the length of the detection zone and get the information of vehicles in the VVRIL. Finally, we get the number of vehicles through the analysis of vehicle centre coordinates in the VVRIL of each video image. Experimental and theoretical analyses show that the method is accurate enough to meet the requirement of real-time performance.
机译:交通流量检测是智能运输系统的重要组成部分,它具有广泛的应用。我们分析现有的交通流量检测方法,并提出了一种基于垂直虚拟道路感应线(VVRIL)的交通流量检测方法。首先,根据车辆行驶的方向,我们在车道中间设定了一个VVRIL。其次,从带有高斯混合模型的视频图像中获得背景图像。然后,我们在背景图像和视频图像之间进行差异操作以获得二进制图像,我们将前景像素的值设置为1,并且将背景像素的值设置为0.第三,我们提取VVRIN中的像素的值二进制图像。此外,我们认为通过自学习获得的车辆最大长度作为检测区域的长度,并获得VVRIL中车辆的信息。最后,我们通过在每个视频图像的VVRIL中的车辆中心坐标分析来获得车辆数量。实验和理论分析表明,该方法足以满足实时性能的要求。

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