深度卷积神经网络利用softmax非线性函数对肺炎和新冠肺炎进行分类

Q4 Mathematics
M. H. Alameady, Maryim Omran Mosa, Amir A. Aljarrah, Huda Saleem Razzaq
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引用次数: 4

摘要

深度学习强大的机器学习模型在图像分类的精度和速度方面表现出更好的性能。本文的目的是检测疑似肺炎和新型冠状病毒的患者。卷积神经网络(Convolutional Neural Network, CNN)用于特征提取和分类,CNN将特征分为COVID-19、NORMAL、肺炎三类。在CNN中,在训练阶段通过CNN反向传播和SGDM优化算法更新权值。CNN在数据集上的表现是将胸部x射线数据集(1583-NORMAL图像和4272-PNEUMONIA图像)和COVID-19数据集(126-images)结合在一起,自动预测患者是否患有COVID-19或肺炎,在60%的训练,20%的测试和20%的验证下,准确率为94.31%和F1-Score 88.48%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deep convolutional neural network classified the PNEUMONIA and Coronavirus diseases (COVID-19) by softmax nonlinearity function
A deep learning powerful models of machine learning indicated better performance as precision and speed for images classification. The purpose of this paper is the detection of patients suspected of pneumonia and a novel coronavirus. Convolutional Neural Network (CNN) is utilized for features extract and it classifies, where CNN classify features into three classes are COVID-19, NORMAL, and PNEUMONIA. In CNN updating weights by CNN backpropagation and SGDM optimization algorithms in the training stage. The performance of CNN on the dataset is a combination between Chest X-Ray dataset (1583-NORMAL images and 4272-PNEUMONIA images) and COVID-19 dataset (126-images) for automatically anticipate whether a patient has COVID-19 or PNEUMONIA, where accuracy 94.31% and F1-Score 88.48% in case 60% training, 20% testing, and 20% validation.
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