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Medical image segmentation method based on genetic neural network and texture information

机译:基于遗传神经网络和纹理信息的医学图像分割方法

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摘要

No exact and general way has been found to the medical image segmentation because it refers to a special field. For the medical image in texture features, people can estimate the fractal dimension and draw the energy of LAWS, and then optimize RBF and its structure and parameter by way of image division principle in genetic neural network and Hybrid hierarchy genetic algorithm (HHGA). Take the way of clock betting in selection operator; imitate the genetic change of Biological reproduction in variation operator and use two points crossing in intersection operator, which is respectively in the controlling gene and parameter gene. The results show that this method can distinguish different texture and produce good segmentation result when applied to certain medical images.
机译:尚未找到医学图像分割的精确且通用的方法,因为它涉及一个特殊领域。对于具有纹理特征的医学图像,人们可以估计其分形维数并提取LAWS的能量,然后利用遗传神经网络中的图像划分原理和混合层次遗传算法(HHGA)优化RBF及其结构和参数。在选择运算符中采用时钟下注的方式;在变异算子中模拟生物繁殖的遗传变化,并在交点算子中使用两个交叉点,分别位于控制基因和参数基因中。结果表明,该方法在应用于某些医学图像时可以区分不同的纹理,并产生良好的分割效果。

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