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Integrated approach for bone tumor detection from MRI scan imagery

机译:通过MRI扫描图像检测骨肿瘤的综合方法

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A tumor is an abnormal growth of new tissue that can occur in any of the body's organs. In recent years, there are many kinds of tumors are detected in the human body like Breast tumor, Bone tumor, Brain tumor, etc. Which are detected manually by doctors, but because of noise and low quality images of infected body parts, the tumor is not detected easily and is time consuming. Medical Imaging technique is used to create human body images for medical and research work. MRI is the best technique to acquire images as it has higher resolutions. The paper proposes an approach of detecting Enchondroma bone tumor from MRI images by using image processing, segmentation clustering techniques, i.e. K-means integrated with Fuzzy C-means clustering. From the experimental results we get 98% accuracy.
机译:肿瘤是可能在人体任何器官中发生的新组织的异常生长。近年来,在人体中发现了多种肿瘤,如乳腺肿瘤,骨肿瘤,脑肿瘤等,由医生手动检测,但是由于噪声和感染的身体部位的图像质量低下,该肿瘤难以检测并且很费时。医学成像技术用于创建用于医学和研究工作的人体图像。 MRI是获得图像的最佳技术,因为它具有更高的分辨率。本文提出了一种通过使用图像处理,分割聚类技术(即与模糊C均值聚类集成在一起的K均值)从MRI图像中检测线粒体骨肿瘤的方法。从实验结果我们可以获得98%的准确度。

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