基于神经网络和中心矩的MR图像脑肿瘤分类

K. Kumar, Asna Maheen, P. Devulapalli
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引用次数: 0

摘要

核磁共振成像可以检测到各种各样的脑部疾病,包括肿胀、肿瘤、囊肿、出血、结构异常、感染、炎症和血管问题。主要目标是通过在大脑MR图像上移动大小为16 × 16像素的窗口来生成所选择的每个区域的分布,从而产生64个直方图,每个收集的直方图将被评估为一个序列,为此将计算一阶,二阶和三阶的中心矩。多层感知器执行分类,即使用MR图像进行脑肿瘤分类。使用的数据库是由大脑的核磁共振图像集合组成的,这些图像与属于特定人群的各种类型的脑肿瘤混合在一起。给出了构成该系统的3个步骤,即对MR脑图像的大小进行预处理并进行归一化和转换,对图像滑动16 × 16像素窗口后得到的直方图区域进行特征提取,计算中心矩的1、2、3阶,并利用多层感知器进行分类
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Classification of Brain Tumours from The MR Images Using Neural Network and Central Moments
MRI can detect a wide range of brain conditions, including swelling, tumours, cysts, bleeding, structural abnormalities, infections, inflammatory conditions, and blood vessel problems. The main goal was to generate the distribution of every zone selected by moving the window of size 16 by 16 pixels on the MR picture of brain, resulting in 64 histograms and each collected histogram will be evaluated as a series and for this the central moments of order one, two, and three will be calculated. A multilayer perceptron performs the classification i.e., brain tumour classification using MR images. Database used was made up of the collection of MR pictures of the brain that have been mixed with various types of brain tumours which belonged to unique people. The 3 steps which comprise the proposed system are given namely, pre-processing in this step the size of MR brain pictures where normalized and converted, feature extraction where histogram’s zone that are obtained after sliding a 16 by 16-pixel window on image and the order one, two and three of central moments are calculated, as well as the classification step carried out with the help of a perceptron with multiple layers
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