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首页> 外文期刊>Journal of Engineering & Applied Sciences >Change Detection in SAR Images Based on FCM with Modified MRF Approach
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Change Detection in SAR Images Based on FCM with Modified MRF Approach

机译:改进MRF方法的基于FCM的SAR图像中的改变检测

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This study proposes the change detection in syntactic aperture (SAR) images by using the Fuzzy C-Mean (FCM) clustering with the modified Markov Random Field (MRF) energy function. With the application of these methods the changed and unchanged regions can be identified. This approach works based on two important functions such as reducing noise in the image and modifying the membership functions for every pixels concerned. For reducing the effect of speckle noise and change detection, the proposed approach used to modify the objective function behalf of membership function where as the objective function is just returning the normal form of the FCM. By using like this, we will get the less consuming time that by recently improved FCM algorithm. The proposed method efficiently detecting the changes in the SAR image and the testing results proves that, the proposed method outperforms the existing implementations.
机译:该研究通过使用与改进的Markov随机场(MRF)能量函数的模糊C均值(FCM)聚类提出了语法孔径(SAR)图像中的变化检测。 随着这些方法的应用,可以识别改变和不变的区域。 这种方法基于两个重要功能,例如降低图像中的噪声并修改每个像素的隶属函数。 为了降低散斑噪声和变化检测的效果,所提出的方法用于修改成员函数的目标函数,其中目标函数只是返回FCM的正常形式。 通过使用这样的方式,我们将获得最近改进的FCM算法的消耗时间较少。 所提出的方法有效地检测SAR图像的变化和测试结果证明,所提出的方法优于现有的实现。

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