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Crowd Surveillance with the Video Captured by Handheld Devices

机译:通过手持设备捕获的视频人群监控

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The Gaussian Mixture Model has been widely used to detect foreground in the rapidly changing environment but it fails in low light condition and deteriorates when the background is rapidly changing and it cannot be applied to the video captured by handheld until the frames are stabilized. The proposed work is focused on group detection and people counting in videos where the camera is handheld. We utilize the motion information for each pixel between current and previous frames to prepare a confidence matrix to correctly model background distribution. This work excludes the current distribution of the pixel if the match occurs; in case the pixel is foreground in confidence matrix, reducing the chance of false positive inclusion in background model estimation, and detects around 90% of the foreground pixels. Moreover, the height, width, area of the bounding box of the blobs detected and foreground pixel density are used to distinguish individual and groups, and people counting.
机译:高斯混合模型已被广泛用于检测快速变化的环境中的前景,但是当背景快速变化时,它在低光状况下降并且劣化,并且不能将其捕获的视频施加到框架稳定之前。 拟议的工作侧重于团体检测和数量掌握相机的视频。 我们利用电流和先前帧之间的每个像素的运动信息来准备置信矩阵以正确模拟背景分布。 如果发生匹配,则此工作排除了像素的当前分布; 在置信矩阵中的像素是前景的情况下,减少了背景模型估计中的假阳性夹杂物的可能性,并检测到预测像素的大约90%。 此外,检测到的BLOB的边界框的高度,宽度,面积和前景像素密度用于区分个体和群体,以及人数。

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