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Detection of Multiple, Partially Occluded Humans in a Single Image by Bayesian Combination of Edgelet Part Detectors

机译:通过贝叶斯部分探测器的贝叶斯组合检测多个,部分闭塞的人类中的单个图像

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This paper proposes a method for human detection in crowded scene from static images. An individual human is modeled as an assembly of natural body parts. We introduce edge let features, which are a new type of silhouette oriented features. Part detectors, based on these features, are learned by a boosting method. Responses of part detectors are combined to form a joint likelihood model that includes cases of multiple, possibly inter-occluded humans. The human detection problem is formulated as maximum a posteriori (MAP) estimation. We show results on a commonly used previous dataset as well as new data-sets that could not be processed by earlier methods.
机译:本文提出了一种从静态图像中拥挤的场景中的人类检测方法。个人人类被建模为天然身体部位的组装。我们引入边缘让功能是一种新型的剪影面向功能。基于这些特征的零件探测器由升压方法学习。组合零件探测器的响应组合以形成包括多重,可能间闭合的人类的情况的联合似然模型。人体检测问题被配制为最大后验(MAP)估计。我们在常用的先前数据集以及无法通过早期处理过程中处理的新数据集上显示结果。

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