Attack of malicious objects in computer network under antivirus and quarantine defence

  • Anjani Kumar Singha Delhi College of Arts and Commerece
Keywords: Basic reproduction number, e-Epidemic model, dQ   I  (      )Q Local stability, Quarantine. dt dR   Q  (   )R

Abstract

Here we develop an epidemic model in a computer network under quarantine and antivirus treatment.
Effect of antivirus in the computer network prevents rapidly the spreading behaviour of malicious
objects and the role of Quarantine treatment in a computer network increases recovery rate of the
infectious computers. The stability of the model and basic
reproduction number ( R0
V
) of the model is also derived. Moreover, the effect of antivirus and
quarantine in the system
is analyzed. MATLAB is employed to solve and simulate the dV       
system of equations. S The( simulated)V resultsVI help us to dt
understand the spread and control of malicious objects in a
computer networkdI
dt
.
 SI   VI
 (    ) I I

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Author Biography

Anjani Kumar Singha, Delhi College of Arts and Commerece

Delhi College of Arts and Commerece

Published
2017-04-30
How to Cite
Singha, A. K. (2017). Attack of malicious objects in computer network under antivirus and quarantine defence. IJRDO -Journal of Computer Science Engineering, 3(4), 77-82. https://doi.org/10.53555/cse.v3i4.325