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Resolving occlusions with structural kalman filter

机译:用结构卡尔曼滤波器解决遮挡

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摘要

Moving object tracking is one of the most important techniques in motion analysis and understanding and it has many difficult problems to solve. Most of all occlusions during the process of tracking is very diffcult problem and it could make the tracking system fail to track moving objects reliably. With occlusions, a tracking systme can not continue to track targets because it can not match occluded regions in an image. So we need to study some effective methods to track moving objects in spite of potential occlusions. In this paper, we propose an advanced Kalman filter named structural Kalman filter which can predict moving objects reliably in case of partial occlusion by combining several Kalman filters corresponding to sub-regions of a moving object. By predicting occluded sub-regions, a trackign system can track such occluded regions continuously when the regions appear again. In other words, the predicted information is used to find the reappearing regions again.
机译:运动对象跟踪是运动分析和理解中最重要的技术之一,它有许多难以解决的问题。跟踪过程中的大多数遮挡都是非常困难的问题,它可能会使跟踪系统无法可靠地跟踪运动对象。使用遮挡时,跟踪系统无法继续跟踪目标,因为它无法匹配图像中被遮挡的区域。因此,尽管存在潜在的遮挡,我们仍需要研究一些有效的方法来跟踪运动物体。在本文中,我们提出了一种称为结构卡尔曼滤波器的高级卡尔曼滤波器,它可以通过组合对应于运动物体子区域的几个卡尔曼滤波器,在部分遮挡的情况下可靠地预测运动物体。通过预测遮挡的子区域,当区域再次出现时,跟踪系统可以连续跟踪这些遮挡的区域。换句话说,预测信息用于再次找到重新出现的区域。

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