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Sonar image segmentation on Fuzzy C-Mean using local texture feature

机译:基于局部纹理特征的模糊C均值声纳图像分割

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This paper proposes an improved Fuzzy C-Mean (FMC) algorithm for scan sonar image segmentation. Taking care of the characteristics of sonar images which are poor contrast, low resolution and strong noise, we propose to use local texture features and original image to calculate the distance of the pixels and the center of clusters .First, we use the Gauss-Markov Random Field (GMRF) model to extract Local texture features. Then, we form a new FMC clustering criterion to complete the sonar image segmentation. Experimental data show that the segmentation results of our clustering method are superior to the standard FMC and.
机译:提出了一种改进的模糊C-均值(FMC)算法,用于扫描声纳图像分割。考虑到声纳图像对比度低,分辨率低和噪声大的特点,我们建议使用局部纹理特征和原始图像来计算像素与聚类中心的距离。随机场(GMRF)模型提取局部纹理特征。然后,我们形成新的FMC聚类准则以完成声纳图像分割。实验数据表明,我们的聚类方法的分割结果优于标准FMC和。

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