Comparison of the number of daily unaware infections and confirmed cases during the wild-type and Omicron-variant periods. In the wild-type period, the count of unaware infections significantly exceeds the number of confirmed cases (red). In the Omicron-variant period, the daily count of unaware infections averages less than 50% of the confirmed cases.

<p>Comparison of the number of daily unaware infections and confirmed cases during the wild-type and Omicron-variant periods. In the wild-type period, the count of unaware infections significantly exceeds the number of confirmed cases (red). In the Omicron-variant period, the daily count of un...

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Bibliographic Details
Main Author:	Wenchen Liu (12331565) (author)
Other Authors:	Chang Liu (35901) (author), Dehui Wang (402167) (author), Yiyuan She (759508) (author)
Published:	2025
Subjects:	Biotechnology Ecology Cancer Computational Biology Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified traditional epidemiological models static rate assumptions nuanced transmission dynamics dynamic transmission rates complex transmission patterns pandemic &# 8217 induced contact changes based smoothing techniques asymptomatic transmission transmissions based contact levels 19 pandemic xlink "> undocumented deaths undetected infections underreported mortality true impact symptomatic severity robust framework paper introduces novel framework hospitalization status homogeneous mixing highly contagious delayed diagnosis curnds provides analysis challenges 19 strains 19 data
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