Abstract: In this report, we develop an analytic framework to characterise the spread of malevolent program in cellular networks and to spreading an effective defense system to defend and helps tainted nodes. Utilizing a compartmentalized model, we gain the scheme parameters or network consideration under which the cellular networks may arrive at a malware free equilibrium. Here we analyse in that cellular network how to spread the signatures that is based on message. Which assists to find the corresponding malevolent program and invalid further generation used to derogate the tainted nodes, here we suggest the Encounter based disseminated algorithm program to accomplish optimal result. We demonstrate that the disseminated algorithm program accomplishes the optimum result, and executes expeditiously in naturalistic environments.
Keywords: Mobile malware, Security threat, heterogeneous mobile networks, distributed algorithm.
Title: Optimum Disseminated Malware Program Defense in Cellular Networks with Heterogeneous Devices
Author: Asif Shaik, M.Rajya Lakshmi
International Journal of Computer Science and Information Technology Research
ISSN 2348-1196 (print), ISSN 2348-120X (online)
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