3D region growing integrating adaptive shape prior

J. Rose, C. Revol-Muller, J. Langlois, M. Janier, C. Odet
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引用次数: 8

Abstract

We propose an automated region growing integrating adaptive shape prior in order to segment biomedical images. In our work, the segmentation method is improved by taking into account a shape reference model by non-linear way. Thus, the proposed method is driven by statistical data computed from the evolving region and by a priori shape information given by the model. An improvement of the method is proposed by adapting automatically the degree of integration of shape prior for each pixel of the image. The proposed method was applied for segmenting 3D micro-CT image of mouse skull in the framework of small animal imaging. The method gives promising results and appears to be well adapted to the context.
集成自适应形状先验的三维区域生长
为了分割生物医学图像,我们提出了一种集成自适应形状先验的自动区域生长方法。在我们的工作中,通过非线性的方式考虑形状参考模型,改进了分割方法。因此,所提出的方法是由从演化区域计算的统计数据和模型给出的先验形状信息驱动的。提出了一种改进方法,自动适应图像各像素的形状先验积分程度。将该方法应用于小动物成像框架下的小鼠颅骨三维微ct图像分割。该方法给出了有希望的结果,似乎很好地适应了环境。
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