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Analysis and evaluation of classification and segmentation of brain tumour images

机译:脑肿瘤图像分类和分割分析与分割

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摘要

Apparently, the development of a model to detect the tumour part in brain images is of utmost significance. In the initial phase of our work, brain tumour database images have occurred in the preprocessing module using adaptive median filter technique to gain clarity of the image. In addition to the preprocessing process, feature extraction techniques are applied and extracted to the features then the classification method as support vector machine (SVM) classifier is used to classify the images as normal and abnormal. After classification, the abnormal images are observed for segmentation process using fuzzy c-means (FCM) clustering process along with the occupied optimisation methods. For optimising centroid, the FCM used social spider optimisation (SSO) technique with genetic algorithm. The proposed scheme has attained the maximum accuracy when compared to existing classification technique ANFIS and segmentation technique FCM (GWO).
机译:显然,在脑图像中检测肿瘤部分的模型的发展是最重要的。 在我们工作的初始阶段,使用自适应中值滤波器技术在预处理模块中发生脑肿瘤数据库图像以获得图像的清晰度。 除了预处理过程之外,将特征提取技术应用并提取到特征,然后将分类方法作为支持向量机(SVM)分类器用于将图像分类为正常和异常。 在分类之后,使用模糊C-MATION(FCM)聚类处理与占用优化方法一起观察到异常图像进行分割过程。 用于优化质心,FCM使用具有遗传算法的社交蜘蛛优化(SSO)技术。 与现有的分类技术ANFIS和分段技术FCM(GWO)相比,所提出的方案达到了最大精度。

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