Spatio-temporal analysis of an epidemic on the basis of the numbers of elementary school absentees: —The case of the pandemic influenza A H1N1 in 2009—

Yusuke Kataoka, Yasushi Asami, K. Kohriyama
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Abstract

This study aims to determine a spatial trend in epidemics by developing an epidemic model using the numbers of elementary school absentees and by conducting a spatio-temporal analysis of the pandemic influenza A H1N1 that occurred in 2009. We model an epidemic considering situations in multiple areas by applying the SIR model. We also set unknown parameters of infectious risks with regard to each inner and outer area and the traffic flow between areas. The parameters are estimated using the numbers of influenza-infected absentees from elementary schools in Sendai City and the numbers of trips, which were acquired through a person trip survey data. This analysis shows that the relationship of the infection risks with the each inner and outer school zone and that the effect of traffic flow between school zones on the infection risk increases roughly in proportion to traffic flow.
基于小学缺课人数的疫情时空分析——以2009年甲型H1N1流感大流行为例
本研究旨在利用小学缺课人数建立流行病模型,并对2009年发生的甲型H1N1流感大流行进行时空分析,从而确定流行病的空间趋势。我们通过应用SIR模型对考虑多个地区情况的流行病进行建模。我们还设置了内部和外部区域以及区域之间交通流量的未知感染风险参数。这些参数是根据仙台市小学流感感染缺课人数和旅行次数估算的,这些数据是通过个人旅行调查数据获得的。分析表明,感染风险与各内外学区的关系,学区间交通流量对感染风险的影响大致与交通流量成正比。
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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