Research Area 4

Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting demands on medical resources and optimizing their allocations

＊This information describes the results of simulations conducted by researchers in order to analyze the effects of corona countermeasures in the COVID-19 AI and Simulation Project conducted by the Cabinet Secretariat. All results including the simulations in the documents are not the official views of the Government.

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  Multiagent model simulation : Prevention of infection in tourist destinations

  2021.02.01

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #University of Tsukuba

  University of Tsukuba

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  Human mobility analysis and visualization of economic impact of Covid 19 pandemic #2

  2021.01.08

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #The University of Tokyo & MRI

  The University of Tokyo & MRI

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  Human mobility analysis and visualization of economic impact of Covid 19 pandemic

  2020.12.25

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #The University of Tokyo & MRI

  The University of Tokyo & MRI

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  Factorization Analysis of ransportation Data

  2020.12.25

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #AIST

  AIST

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  The economic effect of the restriction by Japanese government under COVID-19

  2020.12.25

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #University of Hyogo

  Graduate School of Simulation Studies, University of Hyogo

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  Agent-based simulation of COVID-19 infection cluster and its suppression with contact-trace application

  2020.12.25

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #RIKEN

  RIKEN Center for Computational Science

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  Multiagent model simulation : Prevention of infection in the downtown area

  2020.12.21

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #University of Tsukuba

  University of Tsukuba

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  Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data

  2020.12.15

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #Keio University

  Faculty of Science and Technology ,Keio University

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  Multiagent model simulation: Effects of people’s gatherings, Effects of contact tracing, Effects of random tests

  2020.12.01

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #Soka University

  Department of Information Systems Science, Soka University

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  Multiagent model simulation : Prevention of infection in the downtown area

  2020.11.30

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #University of Tsukuba

  University of Tsukuba

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  Multiagent model simulation : Investigation of self-restraint measures #2

  2020.11.27

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #The University of Tokyo

  School of Engineering, The University of Tokyo

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  Multiagent model simulation : Measures to prevent infection in tourist destinations

  2020.11.18

  #RA4

  Simulation and designing countermeasures against possible COVID-19 resurgence: predicting spreading of infection, estimating and verifying the effectiveness of countermeasures, and predicting deman

  #University of Tsukuba

  University of Tsukuba