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Layered Vaccination Strategy Study

机译:分层疫苗接种策略研究

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摘要

Antiviral drugs are particularly critical for control in the early stage of Pandemic Influenza. When the drug quantity is enough, the protective strategies have the prior purposes of population coverage and social balance for underinsured populations. But when the drug quantity is limited, the purpose is transferred to disease spread reduction. From the network perspective, the existing strategies in essence are trying to break the transmission networks robustness with least cost. This paper wants to study a novel strategy from the community perspective by divide the whole network into separate communities. Thus any communities between each other has few effective connections of transmission. The influenza spread will be limited into locals, with little chance to spread globally. With the mathematically described optimization problem, we take the HIV network as a demo study to illustrate our initial concepts and designs for the disease spread reduction.
机译:抗病毒药对于大流行性流感的早期控制尤为重要。当毒品数量足够时,保护性策略的先行目标是覆盖人​​口不足和保险不足人群的社会平衡。但是,当药品数量有限时,其目的将转移到减少疾病传播上。从网络的角度来看,现有的策略本质上是试图以最小的成本打破传输网络的健壮性。本文希望从社区的角度研究一种新颖的策略,将整个网络划分为单独的社区。因此,彼此之间的任何共同体都几乎没有有效的传播联系。流感的传播将仅限于本地,几乎没有机会在全球传播。借助数学上描述的优化问题,我们将HIV网络作为演示研究来说明我们减少疾病传播的初步概念和设计。

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