Automatic Generation of Traffic Signal Based on Traffic Volume

T. Sridevi, K. Harinath, P. Swapna
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引用次数: 6

Abstract

Now day's computer vision techniques are used for analysis of traffic surveillance videos which is gaining more importance. This analysis of videos can be useful for public safety and for traffic management. In recent time, there has been an increased scope for analysis of traffic activity automatically. Computer based surveillance algorithms and systems are used to extract information from the videos which is also called as Video analytics. Detection of traffic violations such as illegal turns and identification of pedestrians, vehicles from traffic videos can be done by using computer vision and pattern recognition techniques. Object detection is the process of identifying instances of real world objects which include persons, faces and vehicles in images or videos. Object detection is becoming an increasingly important challenge now days as it has so many applications. Vehicle detection helps in core detection of multiple functions such as Adaptive cruise control, forward collision warning. Automatic Generation of Traffic Signal based on Traffic Volume system can be used for traffic control. Traffic Surveillance videos of vehicles are taken as input from MIT Traffic dataset. These videos are further processed frame by frame where the background subtraction is done with the help of Gaussian Mixture Model (GMM). From the background subtracted result some amount of noise is removed with the help of Morphological opening operation and Blob analysis is done in order to the detect the vehicles. Later the vehicles are counted by incrementing the counter whenever a bounding box is appeared for the detected vehicle. Finally a signal is generated depending on the count in each frame.
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基于交通量的交通信号自动生成
计算机视觉技术在交通监控视频分析中的应用越来越受到人们的重视。这种视频分析对公共安全和交通管理很有用。近年来,自动分析交通活动的范围越来越大。基于计算机的监控算法和系统用于从视频中提取信息,这也被称为视频分析。通过使用计算机视觉和模式识别技术,可以从交通视频中检测交通违规行为,如非法转弯和识别行人、车辆。物体检测是识别现实世界物体实例的过程,包括图像或视频中的人、脸和车辆。由于目标检测的应用越来越广泛,因此它已成为一项日益重要的挑战。车辆检测有助于实现自适应巡航控制、前方碰撞预警等多项核心功能的检测。基于交通量系统的交通信号自动生成可用于交通控制。车辆的交通监控视频作为麻省理工学院交通数据集的输入。这些视频在高斯混合模型(GMM)的帮助下逐帧进一步处理背景减法。通过形态学打开操作去除背景噪声,并进行Blob分析,从而检测出车辆。之后,每当检测到的车辆出现边界框时,通过增加计数器来计数车辆。最后,根据每帧中的计数生成一个信号。
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