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Human Detection in Low Resolution Thermal Images Based on Combined HOG Classifier

机译:基于组合猪分类器的低分辨率热图像中的人类检测

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The human detection in real environment is important task of the computer vision, especially if we take into account thermal imagery. Most of the recent methods are based on the low-level features or body parts detection or combination. Method proposed in this paper uses combination of modified Histogram of Oriented Gradients (HOG) with detection of the human head. The minimal distance classifier has been used to improve the reduction of the human candidates process. The experiments have been performed on thermal images taken in real environment in different scenario such as missing body parts, overlapped people, different pose, far and near distance to the human, small groups of people, large groups of the people. The performance of the proposed algorithm has been evaluated using Precision and Recall quality measure with comparison to the selected reference methods.
机译:真实环境中的人类检测是计算机愿景的重要任务,特别是如果我们考虑了热图像。最近的大多数方法都基于低级功能或身体部位检测或组合。本文提出的方法使用定向梯度(HOG)的修饰直方图的组合,并检测人头。最小距离分类器已被用于改善人类候选过程的减少。在不同场景中拍摄的实际环境中拍摄的热图像已经进行了实验,例如缺少身体部位,重叠的人,不同的姿势,远远与人类,小组,大群人。使用精度和召回质量测量来评估所提出的算法的性能,与所选参考方法进行比较。

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