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Unique Parametric Ratio Measure for Geometrical Shape Object Detection

机译:用于几何形状物体检测的独特参数比率测量

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摘要

The decision-making methodology of an object classifier is based on the values of the measured parameters. The paper proposes an algorithm for target classification with video-based applications, based on ratios of parameters extracted using blob detection. The technique has been developed for different kinds of parametric ratios like ratio of area/major axis, area/minor axis, major axis/minor axis. Whereas, a unique parametric ratio i.e. the ratio of area/minor axis has a specific significance for classifying different categories of objects. The algorithm will differentiate among four major classes of objects i.e. human, two-wheelers, four-wheelers and heavy vehicles like Trucks. The algorithm is trained and tested on videos recorded by day cameras and thermal cameras. The experimental results are shown in tabular form, which are also validated on the basis of published work.
机译:对象分类器的决策方法基于所测参数的值。本文提出了一种基于视频的应用程序的目标分类算法,该算法基于使用斑点检测提取的参数比率。已经针对不同种类的参数比率开发了该技术,例如面积/长轴,面积/短轴,长轴/短轴的比率。然而,唯一的参数比率,即面积/短轴的比率对于分类不同类别的对象具有特定的意义。该算法将区分四个主要类别的对象,即人类,两轮车,四轮车和重型卡车(如卡车)。该算法在日用相机和热像仪录制的视频上进行了训练和测试。实验结果以表格形式显示,并在已发表的工作的基础上进行了验证。

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