基于峰值神经网络的减弱免疫指数模型在印度COVID-19大流行地理背景下的应用

S. S, R. P, S. S
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引用次数: 1

摘要

脉冲神经网络(SNN)是一种受生物学启发的网络,其工作原理是在跨越阈值电位时触发通信。在2019冠状病毒病大流行期间,某一地理位置的人群通过感染和免疫获得了免疫力。减弱免疫模型(WII)已被用于应用snn方法,以便该模型的结果提供更好的方式来理解其影响。本研究中考虑的数据集是在2021年和2022年期间的六个月期间,重点关注印度的地理位置。根据提出的新模型,WII指数在所考虑的时间段的上半年明显飙升,该模型将有助于医疗保健和政府官员计划向人类提供加强剂量,以重新激活有效对抗COVID-19病毒的抗体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Waning Immunity Index Model using Spiking Neural Networks for COVID-19 Pandemic in the geographic context of India
Spiking Neural Networks (SNN) are biologically inspired networks working on the principle of communication triggered while crossing of threshold potentials. During the COVID-19 pandemic, immunity has been acquired by the population in a geographical location by infections and immunizations. The Waning Immunity Model (WII) has been used to apply the method of SNNs so that the results of the model provide a better way of understanding its effects. The dataset considered in this research is for a time period of six months during the years of 2021 and 2022 focusing on the geographical location of India. Based on the proposed new model, the spike in the WII index is clearly evident in the first half of the time period under consideration, This model will help the healthcare and governments officials to plan for the booster doses to be administered to the human population for reinvigorating the antibodies effectively fighting the COVID-19 virus.
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