MATHEMATICAL PROVISION OF TWO-STAGE MODEL OF EPIDEMIC PROCESSES OF NETWORKED AUTOMATED STRUCTURES
In recent years there is a rapid increase of number of attacks on information systems and resources using malicious code and content. Along with this, continuous improvement of self-presence hiding functionality of malware are taking place. Unfortunately, existing arsenal of epidemic process models does not provide an ability to effectively take into account a latent spread period of infection and following reaction of protection systems in cases of practical modeling of network epidemics. In presented research was carried out an analysis of the existing methodological works in the field of network epidemiology and was proposed a description (including scientific-methodological justification) of a discrete two-stage epidemic process model, which is designed to resolve said contradiction, and a methodology for constructing this model was developed, including the corresponding analytical expressions for the modeling parameters.