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Detecting Probable Regions of Humans in Still Images Using Raw Edges

机译:使用原始边缘检测静止图像中人的可能区域

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Human detection remains a challenge in computer vision due to highly articulated body postures, viewpoints changes, varying illumination conditions and cluttered background. Because of these difficulties, most of the previous publications often focus only on low-articulated postures, e.g. pedestrians, in still images. In this paper, we propose a new method to detect a human region from still images using raw edges. Not exhaustively detecting all of people occurrences in images; nevertheless; our approach can perform significantly on many types of images, typically, sports images with various poses. Instead of sliding window-style approaches for detecting, we rely on characteristics of boundaries and interest points by combining several image-processing techniques such as image filter, image segmentation, edge detectionȂ6;Afterward, we use K-mean algorithm and probability for choosing a human region. Especially, we do not need a training phase. Despite not being the same purpose on detecting domain to previous works, in certain degrees, we also try to compete to typical works. Two challenging datasets are involved in discovering interesting facts needed to be concerned when designing proposed method for detecting people.
机译:由于高度清晰的身体姿势,视点变化,变化的照明条件和混乱的背景,人的检测仍然是计算机视觉中的挑战。由于这些困难,大多数以前的出版物经常只关注低关节姿势,例如行人,在静止图像中。在本文中,我们提出了一种使用原始边缘从静止图像中检测人体区域的新方法。没有穷尽检测图像中所有人的事件;但是我们的方法可以在多种类型的图像(通常是具有各种姿势的运动图像)上发挥出色的性能。代替滑动窗口式的检测方法,我们通过结合几种图像处理技术(例如图像过滤器,图像分割,边缘检测)来依靠边界和兴趣点的特性characteristics6;然后,我们使用K-mean算法和概率来选择人类区域。特别是,我们不需要培训阶段。尽管在检测领域上与先前作品的目的不同,但在一定程度上,我们也尝试与典型作品竞争。在设计拟议的检测人的方法时,涉及两个具有挑战性的数据集以发现需要关注的有趣事实。

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