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Vehicle Target Area and Tyre Detection Image Processing Technique

机译:车辆目标区域和轮胎检测图像处理技术

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Target tracking is an important requirement in the battle field. The proposed target classification algorithm is a video based surveillance system. This kind of system is very useful in tracking and classification of targets. The target area and tyre detection are the key steps of this algorithm used for detection of target. A target classification algorithm based on area and tire axle spacing was formulated and deployed in an embedded system for field testing. The experimental comparative results are provided in the form of tables. To overcome the disadvantages of traditional methods here target area and tyres are determined by using image processing in MATLAB. The algorithm has to distinguish between major classes i.e. two wheelers, four wheelers and heavy vehicles (e.g. Tanks). The target acquisition videos recorded by day camera and during night time by thermal camera can be used. The percentage of error of the proposed method are shown and discussed with analysis.
机译:目标跟踪是战场上的重要要求。提出的目标分类算法是基于视频的监视系统。这种系统对于跟踪和分类目标非常有用。目标面积和轮胎检测是该算法用于检测目标的关键步骤。制定了基于面积和轮胎轴距的目标分类算法,并将其部署在嵌入式系统中进行现场测试。实验比较结果以表格形式提供。为了克服传统方法的缺点,此处通过使用MATLAB中的图像处理来确定目标区域和轮胎。该算法必须区分主要类别,即两个轮车,四个轮车和重型车辆(例如坦克)。可以使用由白天摄像机录制的目标采集视频,以及在夜间由热成像摄像机录制的目标采集视频。显示并讨论了所提出方法的误差百分比。

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