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Object Tracking using Association Rule in Clutter Environment

机译:在杂乱环境中使用关联规则进行对象跟踪

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In multiple objects tracking it become difficult to track the objects when they get cluttered due to proximity of the object. Such a cluttered environment leads to misleading target tracking in video analysis. This becomes important when video system is employed for security purpose or behavior analysis of the object. The object get merged and split due to occlusion or obstacles in viewing angle of the camera. In this paper we present the novel algorithm to handle issue of split and merge of the objects. To increase the robustness, association rules for object tracking are proposed. The algorithm tracks number of objects by keeping record of the split and merge of these objects with each other. Association rules are developed to track the multiple objects from frame to frame. Due to association rule application processing time increases when objects are merged or split, otherwise time required is same as normal object detection condition. In order to save the memory requirement for association of objects from frame to frame, linked list structure is implemented, which will expand and collapse as number of objects changes in given video frame. Object descriptors are stored as one node of the linked list along with object ID and flags indicating split and merge of objects. This list is updated as the video frames progresses for tracking of the objects. Such a system shows good result while tracking the multiple objects in cluttered environment due to shadow or occlusion or overlapping with in a frame.
机译:在多个对象跟踪中,当由于对象的接近而使对象变得混乱时,很难跟踪对象。这种混乱的环境会导致视频分析中的目标跟踪产生误导。当将视频系统用于安全目的或对象的行为分析时,这一点变得很重要。由于相机视角的遮挡或障碍物,物体会合并并分裂。在本文中,我们提出了一种新颖的算法来处理对象的拆分和合并问题。为了提高鲁棒性,提出了用于对象跟踪的关联规则。该算法通过保持这些对象彼此分离和合并的记录来跟踪对象的数量。开发关联规则以跟踪多个对象之间的帧。由于关联规则的应用,合并或拆分对象时处理时间会增加,否则所需时间与正常对象检测条件相同。为了节省帧间对象关联的存储需求,实现了链表结构,该链表结构将随着对象数量在给定视频帧中的变化而扩展和折叠。对象描述符与对象ID和指示对象拆分和合并的标志一起存储为链接列表的一个节点。随着视频帧的进展,此列表将更新以跟踪对象。当由于阴影或遮挡或与帧中的重叠而在混乱的环境中跟踪多个对象时,这样的系统显示出良好的结果。

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