A Prospective Approach on Covid-19 Forecasting Using LSTM

Punita Panwar, Aditi Sharma, Sneha Garg, Kanika Bhutani
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引用次数: 1

Abstract

The novel Corona virus has been proclaimed as a worldwide pandemic through World Health Organization in the March 2020 has immensely affected the world with its ferocity. By observation, the scientists got to know that it transmits from one human to other by droplets which range from larger respiratory droplets to smaller aerosols or direct contact with an infected person. Its impurity has been assessed to have an incubation time of 6.4 days than a simple reproduction amount of 2.24-3.58.[19] The transmission rate and spread of infection is quite rapid as compared to other fatal viral infections encountered till date. A massive loss of human life was faced even by the developed countries which had the best health-care facilities. According to WHO, COVID-19 has been confirmed in 238,521,855 people over the world, with 4,863,818 deaths as of October 9th, 2021. After experiencing the second covid wave, the number of cases had got dropped drastically but the increase in their number in the recent days is a major cause of concern. This stresses us to build some prediction models which could help in providing relief to the virus-prone areas. In this study, we are using time series for predicting forthcoming cases of corona virus.
基于LSTM的Covid-19预测方法
新型冠状病毒于2020年3月被世界卫生组织宣布为全球大流行,其凶猛程度极大地影响了世界。通过观察,科学家们了解到,它通过飞沫从一个人传播到另一个人,这些飞沫从较大的呼吸道飞沫到较小的气溶胶,或者直接与感染者接触。经评估,其杂质的潜伏期为6.4天,而简单繁殖量为2.24-3.58天。[19]与迄今为止遇到的其他致命病毒感染相比,这种感染的传播速度和蔓延速度相当快。即使是拥有最好保健设施的发达国家也面临着大量人命的损失。根据世卫组织的数据,截至2021年10月9日,全球已确诊新冠肺炎238,521,855人,死亡4,863,818人。经历了第二次新冠肺炎疫情后,确诊人数大幅减少,但最近几天的增加令人担忧。这迫使我们建立一些预测模型,以帮助向病毒易发地区提供救济。在这项研究中,我们使用时间序列来预测即将到来的冠状病毒病例。
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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