Evelyn Thomas’s scientific contributions

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Publications (1)

Figure 2. Sensitivity Analyses of the Basic Reproduction Numbers, R 0 and Rm for Model (1) and Model (2), respectively. The proportion of Asymptomatic individuals p varies in [0.6 − 0.7]. The transmission rate of asymptomatic infectives, µ, varies in [0.02 − 0.05].
Figure 3. Sensitivity Analyses of the Basic Reproduction Numbers R 0 and Rm for Models (1) and (2) respectively. The proportion of Quarantine individuals, ϵ, varies in [0.0714 − 0.1194]. The transmission rate of asymptomatic infectives, µ, varies in [0.02 − 0.05].
Figure 4. Sensitivity Analyses of the Basic Reproduction Numbers R 0 and Rm for Models (1) and (2), respectively. The recovery rate for Asymptomatic Individuals, γ 1 , varies in [0.69 − 0.99], while the Immunization Efficiency Rate, µ, varies in [0.02 − 0.05].
Figure 5. Dynamics of Model (1), including all compartments S, E, I, A, V, Q, H, R, parameters are taken from Table (1).
Figure 6. Dynamics of Model (2) with media effect, including all compartments S, E, I, A, V, Q, H, R, parameters are taken from Table (1), with the variations˜ξ variations˜ variations˜ξ, ˜ β, and˜uand˜ and˜u.
Modeling the Effects of Media Coverage on the COVID-19 Transmission Dynamics
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June 2024

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22 Reads

Universal Journal of Applied Mathematics

Ana Vivas

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Evelyn Thomas
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