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首页> 外文期刊>Signal & Image Processing : An International Journal (SIPIJ) >A Novel Probabilistic Based Image Segmentation Model for Realtime Human Activity Detection
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A Novel Probabilistic Based Image Segmentation Model for Realtime Human Activity Detection

机译:一种基于概率的实时人体活动检测图像分割模型

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摘要

Automatic human activity detection is one of the difficult tasks in image segmentation application due tovariations in size, type, shape and location of objects. In the traditional probabilistic graphicalsegmentation models, intra and inter region segments may affect the overall segmentation accuracy. Also,both directed and undirected graphical models such as Markov model, conditional random field havelimitations towards the human activity prediction and heterogeneous relationships. In this paper, we havestudied and proposed a natural solution for automatic human activity segmentation using the enhancedprobabilistic chain graphical model. This system has three main phases, namely activity pre-processing,iterative threshold based image enhancement and chain graph segmentation algorithm. Experimentalresults show that proposed system efficiently detects the human activities at different levels of the actiondatasets.
机译:由于对象的大小,类型,形状和位置的变化,自动人类活动检测是图像分割应用中的困难任务之一。在传统的概率图形分割模型中,区域内和区域间分割可能会影响整体分割精度。而且,有向和无向的图形模型(例如马尔可夫模型),条件随机场都对人类活动预测和异类关系有局限性。在本文中,我们研究并提出了使用增强的概率链图形模型自动进行人类活动分割的自然解决方案。该系统具有三个主要阶段,即活动预处理,基于迭代阈值的图像增强和链图分割算法。实验结果表明,该系统有效地检测了动作数据集不同层次上的人类活动。

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