Multi-organ Segmentation from Abdominal CT with Random Forest based Statistical Shape Model

Jiaqi Wu, Guangxu Li, Huimin Lu, Hyoungseop Kim
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引用次数: 3

Abstract

An automatic multi-organ segmentation method from upper abdominal CT image is proposed in this paper. A group of statistical shape models for multiple organs are generated by learning the statistical distribution of organs' shapes and intensity profiles. Then, a random forest regression model is trained to find the candidate position to initialize the statistical shape model. The proposed method is evaluated at segmentation of four abdomen organs (spleen, right kidney, left kidney and liver) from training set of 26 cases of upper abdominal CT images. The accuracy shows that the initialization improves the accuracy for statistical shape model-based segmentation.
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基于随机森林统计形状模型的腹部CT多器官分割
提出了一种基于上腹部CT图像的多器官自动分割方法。通过学习器官形状和强度分布的统计分布,生成一组多器官的统计形状模型。然后,训练随机森林回归模型寻找候选位置,初始化统计形状模型;通过对26例上腹部CT图像训练集中脾脏、右肾、左肾和肝脏四个腹部器官的分割,对该方法进行了评价。结果表明,初始化提高了基于统计形状模型的分割精度。
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Design of Cleaning Module based on CAN An Approach for Recognition of Enhancer-promoter Associations based on Random Forest Multi-organ Segmentation from Abdominal CT with Random Forest based Statistical Shape Model Application of Granger Causality in Decoding Covert Selective Attention with Human EEG Computer-aided Cervical Cancer Screening Method based on Multi-spectral Narrow-band Imaging
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