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Robust Motion Tracking in Video Sequences Using Particle Filter

机译:使用粒子滤波器的视频序列中的稳健运动跟踪

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摘要

A robust motion tracking algorithm based on color and motion information was presented. Color is an effective feature in visual object tracking because of its robustness against rotation and scale variation. Nevertheless, the color of an object may change with varying illuminations, different image capture devices and different visual positions. Here, the color and motion information were fused in our visual tracking applications. Particle filter was employed as the essential framework because of its capacity of dealing with Non-linear/Non-Gaussian models by randomly sampling in state space. A particle filter can generate several hypotheses simultaneously in state space by randomly sampling and evaluate the states by weighing them respectively. The similarity between prediction data and observation information depends on the integration of Bhattacharyya distance and spatial Euclidean distance. Experimental results show the effectiveness of the proposed approach.
机译:提出了一种基于颜色和运动信息的鲁棒运动跟踪算法。颜色是视觉对象跟踪的有效功能,因为它具有抗旋转和缩放变化的鲁棒性。但是,物体的颜色可能会随着照明,不同的图像捕获设备和不同的视觉位置而变化。在这里,颜色和运动信息融合在我们的视觉跟踪应用程序中。粒子滤波器被用作基本框架,因为它可以通过在状态空间中随机采样来处理非线性/非高斯模型。粒子过滤器可以通过随机采样在状态空间中同时生成多个假设,并分别对它们进行加权来评估状态。预测数据与观测信息之间的相似性取决于Bhattacharyya距离与空间欧几里得距离的积分。实验结果表明了该方法的有效性。

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