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Performance analysis of Brain Tumour Image Classification using CNN and SVM

机译:基于CNN和SVM的脑肿瘤图像分类性能分析

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Tumour is the undesired mass in the body. Brain tumour is the significant growth of brain cells. Manual method of classifying is time consuming and can be done at selective diagnostic centers only. Brain tumour classification is crucial task to do since treatment is based on different location and size of it. Magnetic Resonance Imaging (MRI) is most suitable way to do so. Hence there is a need to build such system which will automatically classify the brain tumour type based on input MR images only. The objective of the proposed system is to classify the brain tumour images into three sub-types: Meningioma, Glioma and Pituitary using convolutional neural network (CNN) and Support vector machine (SVM). Images from the dataset are downsized to reduce computation and some salt noise is added to make model robust and increase the dataset. The performance comparison is done on Google Colab and tensorflow platform in python language.
机译:肿瘤是体内不希望的肿块。脑肿瘤是脑细胞的显着生长。手动分类方法非常耗时,并且只能在选择性诊断中心进行。脑肿瘤分类是要做的关键任务,因为治疗基于不同的位置和大小。磁共振成像(MRI)是最合适的方法。因此,需要构建这样一种系统,该系统将仅基于输入的MR图像自动对脑肿瘤类型进行分类。拟议系统的目标是使用卷积神经网络(CNN)和支持向量机(SVM)将脑肿瘤图像分为三种亚型:脑膜瘤,脑胶质瘤和垂体。缩小数据集中的图像以减少计算量,并添加一些盐噪声以增强模型的健壮性并增加数据集。性能比较是在python语言的Google Colab和tensorflow平台上完成的。

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