Exact(1)
Considering the feasibility of the loss of immunity for the recovered computers, Gan et al. [8] proposed an SIRS computer propagation model and studied the stability of the model.
Similar(59)
Unlike traditional approaches to restraining computer virus propagation, we propose the concept of propagation power F to quantify the risk of virus propagation which is influenced by network structures.
(Computer virus propagation under media coverage).
A delayed Susceptible-Infected-External (SIE) compropagation propagation model is investigated in the present paper.
Based on this, Mishra et al. [12, 13] presented the SEIRS computer virus propagation model.
We discuss the dynamical properties of a SIRS computer virus propagation model with impulsive detoxication and saturation effect.
In this section, we will formulate a computer virus propagation model with impulsive detoxication and saturation effects.
In [5, 6], Ren et al. investigated the Hopf bifurcation of a delayed SIRS computer virus propagation model.
Numerical simulations show that we should try to shorten the delay as much as possible so that we can control the computer viruses propagation effectively.
When (tau computer viruses propagation can be easily predicted and eliminated.
Wierman and Marchette et al. [5 7] proposed the classical SIR computer virus propagation model respectively based on the SIR epidemic model.
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