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Study on a method for detecting the moving objects by coupling the Clausius Entropy model and the 3D MRF model

机译:通过耦合Clausius熵模型和3D MRF模型来检测移动物体的方法研究

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In this work we propose a new method for detecting the moving objects using pixel-level change by coupling the belief propagation(BP) method in the 3D MRF(Markov Random Field) model and Clausius Entropy model. The BP method estimates the motion possibility by considering the spatial and temporal interaction of pixels of the moving objects, and therefore has the high detect correctness. In addition this method is applicable to the environment with the changing background due to the movement of the camera. Clausius Entropy method, recently proposed, is one for detecting the objects by the entropy difference by transforming the image region to entropy region and is stable against the noise. In this work, we successfully detect all the moving objects from the small objects to the disguised objects by applying the 3D MRF model in entropy region by coupling these two methods.
机译:在这项工作中,我们提出了一种通过耦合3D MRF(马尔可夫随机字段)模型和Clausius熵模型中的信仰传播(BP)方法来使用像素级别来检测移动物体的新方法。 BP方法通过考虑移动物体的像素的空间和时间相互作用来估计运动可能性,因此具有高检测正确性。 此外,由于相机的移动,这种方法适用于随着变化的背景的环境。 最近提出的Clausius熵方法是通过将图像区域转换为熵区域并且对噪声稳定来检测物体的一个用于通过熵差检测物体。 在这项工作中,我们通过耦合这两种方法,通过在熵区域中应用3D MRF模型来成功将所有移动物体从小对象中检测到伪装的对象。

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