Selected article for: "initial value and transmission rate"
Author: Ismael Khorshed Abdulrahman
Title: SimCOVID: An Open-Source Simulink-Based Program for Simulating the COVID-19 Epidemic
  • Document date: 2020_4_17
    • ID: nexylnv4_4_1
    Snippet: orted and simulated cases are approximately equals. To solve this set of differential equations, we need initial values for the three-state variables , , and namely (0) , (0) , and (0) . The initial value (0) is the community population impacted by the outbreak [6] , whereas, (0) is the number of confirmed cases that can be any value but not zero. We can set (0) to zero if the start times of the spread and simulation are equals. The transmission .....
    Document: orted and simulated cases are approximately equals. To solve this set of differential equations, we need initial values for the three-state variables , , and namely (0) , (0) , and (0) . The initial value (0) is the community population impacted by the outbreak [6] , whereas, (0) is the number of confirmed cases that can be any value but not zero. We can set (0) to zero if the start times of the spread and simulation are equals. The transmission rate reduces monotonically with time [6] .

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