Organization

Faculty of Science and Technology, Keio University

subtitle
Building of Multi-Modal Infection Spread Simulation Platform(Simulation Report)

2024.02.01

Building of Multi-Modal Infection Spread Simulation Platform #5

2023.12.22

Building of Multi-Modal Infection Spread Simulation Platform

2023.11.09

Building a multimodal infection spread simulation platform #4

2023.09.27

Building a multimodal infection spread simulation platform #3

2023.08.21

Building a multimodal infection spread simulation platform #2

2023.07.25

Building a multimodal infection spread simulation platform

2023.06.15

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #16

2023.02.08

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #15

2023.01.12

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #14

2022.12.13

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #13

2022.12.02

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #12

2022.10.31

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #11

2022.10.18

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #10

2022.10.04

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #9

2022.09.13

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #8

2022.08.30

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #7

2022.08.16

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #6

2022.08.02

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #5

2022.07.19

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #4

2022.07.05

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #3

2022.06.22

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement #2

2022.06.07

Estimated new positives for Omicron variant (Tokyo) #8

2022.05.24

Understanding and prediction of infection status based on the basic model of social atmosphere, people, and movement

2022.05.10

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #32

2022.03.08

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #31

2022.03.01

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #30

2022.02.22

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #29

2022.02.15

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #28

2022.02.08

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #27

2022.02.01

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #26

2022.01.25

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #25

2022.01.18

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #24

2022.01.11

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #23

2021.12.21

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #22

2021.12.14

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #21

2021.12.07

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #20

2021.11.30

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #19

2021.11.16

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #18

2021.11.09

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #17

2021.10.26

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #16

2021.10.12

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #15

2021.10.05

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #14

2021.09.29

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #13

2021.09.21

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #12

2021.09.14

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #11

2021.09.07

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #10

2021.08.31

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #9

2021.08.24

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #8

2021.08.17

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #7

2021.08.10

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #6

2021.08.03

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #5

2021.07.27

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #4

2021.07.20

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #3

2021.07.12

Analysis of the spread of infection based on human behavioral patterns and small-world infection networks

2021.03.08

Infection Simulation based on Proposed Human Behavior Models derived from SNS and Press Data #2

2021.01.29

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

2020.12.15

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