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Region Based Image Segmentation Using a Modified Mumford-Shah Algorithm

机译:使用改进的Mumford-Shah算法的基于区域的图像分割

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The goal of this paper is to develop region based image segmentation algorithms. Two new variational PDE image segmentation models are proposed. The first model is obtained by minimizing an energy function which depends on a modified Mumford-Shah algorithm. The second model is acquired by utilizing prior shape information and region intensity values. The numerical experiments of the proposed models are tested against synthetic data and simulated normal human-brain MR images. The preliminary experimental results show the effectiveness and robustness of presented models against to noise, artifact, and loss of information.
机译:本文的目的是开发基于区域的图像分割算法。提出了两种新的变分PDE图像分割模型。通过最小化依赖于改进的Mumford-Shah算法的能量函数来获得第一个模型。通过利用先前的形状信息和区域强度值来获取第二模型。针对合成数据和模拟的正常人脑MR图像测试了所提出模型的数值实验。初步的实验结果表明,所提出的模型针对噪声,伪像和信息丢失的有效性和鲁棒性。

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