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Automatic Seeded Selection Region Growing Algorithm for Effective MRI Brain Image Segmentation and Classification

机译:有效MRI脑图像分割和分类的自动播种选择区域生长算法

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In this paper we proposed automatic seeded point selection region growing algorithm along with clustering technique to solve MRI image segmentation problems more accurately. The manual segmentation, detection and extraction of infected tumor regions of MR image is a tedious job. The accuracy is mainly depends on radiologist knowledge and experience only. The use of computer aided tools is become more choice to overcome the limitations. In this paper, the acquired image is preprocessed by median filter, segmented by automatic seeded region growing segmentation process and the selection of seeded point problem solved. After segmentation, the tumors and their impact analysis can be classified by support vector machine (SVM). Finally from the simulation results the performance accuracies of both benign and malignant tumors compared qualitatively and quantitatively over the existing approaches.
机译:在本文中,我们提出了自动播种点选择区域生长算法以及聚类技术,以更准确地解决MRI图像分割问题。 MR Image Mr Image感染肿瘤区域的手动分割,检测和提取是一项繁琐的工作。准确性主要取决于放射科学家知识和经验。使用计算机辅助工具的使用是克服限制的更多选择。在本文中,所获取的图像被中值过滤器预处理,由自动播种区域生长分割过程分段,并解决了种子点问题的选择。在分割后,可以通过支持向量机(SVM)来分类肿瘤及其影响分析。最后从模拟结果,对现有方法进行定性和定量,良性和恶性肿瘤的性能准确性。

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