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A Medical Image Segmentation Methods Based on SOM and Wavelet Transforms

机译:基于SOM和小波变换的医学图像分割方法

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Image segmentation plays a crucial role in many medical imaging applications and is an importantbut inherently difficult problem. The paper discuses the method that classify unsupervised image using aKohonen self-organizing map neural network. This method exits two problems: training time of the network istoo long and the classified result and quantity were bigger influenced by the noise of image. Two-dimensionalDiscrete Wavelet Transforms (DWT) decompose MRI image into the small size and denoise approximationimages. Kohonen self-organizing map neural network is trained with approximation image, then trained neuralnetwork classify pixels of original image. Training time of the network was notability decrease and the classifiedquality influenced by the noise of image was notability reduce. The technique presented here has shown a veryencouraging level of performance for the problem of segmentation in MRI image of the head.
机译:图像分割在许多医学成像应用中起着至关重要的作用,并且是一个重要的作用但本质上难题。本文消除了使用a对无监督图像进行分类的方法科霍恩自我组织地图神经网络。此方法退出两个问题:网络的培训时间是太长,分类结果和数量大于图像噪声的影响。二维离散小波变换(DWT)将MRI图像分解为小尺寸和代盘近似图片。 Kohonen自我组织地图神经网络接受近似图像培训,然后培训了神经网络网络分类原始图像的像素。网络的培训时间是值得注意的减少和分类受到图像噪声影响的质量是值得注意的。这里呈现的技术已经显示了一个非常鼓励头部MRI形象分割问题的绩效水平。

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