Prediction of COVID-19 by analysis of Breathing Patterns using the Concepts of Machine Learning and Deep Learning Techniques

N. Prathap, Akash Suresh, P. G., T. Manjunath
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引用次数: 1

Abstract

The corona virus, otherwise known as the ‘Covid-19’ is a pandemic that struck the world in December of 2019 and continues on till this day as of writing this research article. It's a virus that targets & affects an individual's immune system. Its most common symptoms include fever, dry cough & tiredness. The most commonly used method used to detect the presence of the COVID-10 virus is the Reverse Transcription Polymerase Chain Reaction Test also known as the RT-PCR test. It is an invasive biomedical procedure that utilizes a nasal swab for the sample collection and provides results in about 24 hours after testing. The research work presented in this paper makes use of parameters such as the breathing patterns, smoking and drinking habits, etc. to detect the likelihood of an individual being proned to the Covid-19 virus. This is achieved by making use of a data set which will be used to train the various machine learning and deep learning algorithms.
利用机器学习和深度学习技术的概念分析呼吸模式来预测COVID-19
冠状病毒,也被称为“Covid-19”,是一场于2019年12月袭击世界的大流行,一直持续到撰写这篇研究文章的今天。它是一种针对并影响个体免疫系统的病毒。其最常见的症状包括发烧、干咳和疲倦。用于检测COVID-10病毒存在的最常用方法是逆转录聚合酶链反应试验,也称为RT-PCR试验。这是一种侵入性生物医学程序,利用鼻拭子收集样本,并在测试后约24小时内提供结果。本文介绍的研究工作利用呼吸模式、吸烟和饮酒习惯等参数来检测个人感染Covid-19病毒的可能性。这是通过使用一个数据集来实现的,该数据集将用于训练各种机器学习和深度学习算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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