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Cell Image Decomposition Based on G-Space and PDE

机译:基于G-Space和PDE的单元格图像分解

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Base on G-Space and partial differential equation, a novel method is proposed for cell image decomposition in this paper. The Vese-Osher (VO) model and Mumford-Shah-G(MSG) model based on G-Space and PDE are introduced for real texture image extraction. An image f can be decomposed into a cartoon part u and a noise/texture part v in both two models. The experimental results show the contrast effects in these two models for cell image decomposition. As the basis research for cell image recognition, this image decomposition approach is proved available and effective by the experimental results.
机译:基于G - 空间和部分微分方程,提出了一种新方法,用于本文中的细胞图像分解。基于G-Space和PDE的Vese-Osher(VO)模型和Mumford-Shah-G(MSG)模型用于真实的纹理图像提取。图像F可以在两个模型中被分解成卡通部件U和噪声/纹理部分V.实验结果显示了这两种模型的对比效果,用于细胞图像分解。作为细胞图像识别的基础研究,通过实验结果证明了这种图像分解方法。

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