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Human posture recognition based on projection histogram and Support Vector Machine

机译:基于投影直方图和支持向量机的人类姿态识别

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In this paper, we propose a human posture recognition based on the human shape. We represent human shape by using the projection histogram based on the bounding box, where we divide it horizontally and vertically in several lines oriented by several angles, and the intersection between them provides local features as a shape descriptor. By using the Support-Vector Machine (SVM) classifier, we map each histogram to one type of postures including lying, standing, bending and siting posture. We compare our method with two shape descriptors such as Shape Context (SC) and Ellipse-based projection histogram. To show the performance of our method, we based on two datasets and the results present that our method achieves a high accuracy in human posture recognition.
机译:在本文中,我们提出了一种基于人类形状的人类姿势识别。我们通过基于边界框使用投影直方图来表示人形,其中我们将其水平和垂直地划分为多个角度定向的几条线,并且它们之间的交点提供了作为形状描述符的局部特征。通过使用支持向量机(SVM)分类器,我们将每个直方图映射到一种类型的姿势,包括躺着,站立,弯曲和选址姿势。我们将我们的方法与两个形状描述符(如形状上下文(SC)和基于椭圆的投影直方图)进行比较。为了显示我们的方法的性能,我们基于两个数据集,结果显示了我们的方法在人类姿势识别中实现了高精度。

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