Dynamics of the deterministic component of the SIR model (Eq 1) as a function of vaccine uptake. The motion becomes slower as the vaccine uptake approaches the threshold. Parameters are as in Fig 2.</p
The ellipses indicate the area containing the deviations 95% of the time. The area of the ellipse is...
Mathematical modeling is a powerful tool used to study the dynamical processes of disease networks. ...
Various kinds of deterministic models for the spread of infectious disease in populations have been ...
3nonemixedD'ONOFRIO A; MANFREDI P; SALINELLI ED'Onofrio, A; Manfredi, P; Salinelli,
Disease prevalence (I/N) is represented by the horizontal position of a ball sliding through viscous...
Critical slowing down does not lead to an increase in the variance of this variable as the immunizat...
3nonenoneD'ONOFRIO A; Manfredi P; Salinelli ED'Onofrio, A; Manfredi, P; Salinelli,
The development of immunity in the susceptible class by a continuous low level of infection is a com...
<p>(a) Evolution of the expected number of recovered pupils (solid green line) and the standard dev...
A) Median trajectory of the last compartment of our immune response B) Median trajectory of the infe...
We investigate an epidemic model based on Bailey's continuous differential system. In the continuous...
We investigate an epidemic model based on Bailey\u27s continuous differential system. In the continu...
International audienceThe discrete SIR (Susceptible-Infected-Recovered) model is used in many studie...
Simple epidemiological models with information dependent vaccination functions can generate sustaine...
Simple epidemiological models with information dependent vaccination functions can generate sustaine...
The ellipses indicate the area containing the deviations 95% of the time. The area of the ellipse is...
Mathematical modeling is a powerful tool used to study the dynamical processes of disease networks. ...
Various kinds of deterministic models for the spread of infectious disease in populations have been ...
3nonemixedD'ONOFRIO A; MANFREDI P; SALINELLI ED'Onofrio, A; Manfredi, P; Salinelli,
Disease prevalence (I/N) is represented by the horizontal position of a ball sliding through viscous...
Critical slowing down does not lead to an increase in the variance of this variable as the immunizat...
3nonenoneD'ONOFRIO A; Manfredi P; Salinelli ED'Onofrio, A; Manfredi, P; Salinelli,
The development of immunity in the susceptible class by a continuous low level of infection is a com...
<p>(a) Evolution of the expected number of recovered pupils (solid green line) and the standard dev...
A) Median trajectory of the last compartment of our immune response B) Median trajectory of the infe...
We investigate an epidemic model based on Bailey's continuous differential system. In the continuous...
We investigate an epidemic model based on Bailey\u27s continuous differential system. In the continu...
International audienceThe discrete SIR (Susceptible-Infected-Recovered) model is used in many studie...
Simple epidemiological models with information dependent vaccination functions can generate sustaine...
Simple epidemiological models with information dependent vaccination functions can generate sustaine...
The ellipses indicate the area containing the deviations 95% of the time. The area of the ellipse is...
Mathematical modeling is a powerful tool used to study the dynamical processes of disease networks. ...
Various kinds of deterministic models for the spread of infectious disease in populations have been ...