The week's pick
Reseach Article
Prevention of Virus Propagation in Mobile Network
| International Journal of Computer Applications |
| Foundation of Computer Science (FCS), NY, USA |
| Volume 102 - Number 2 |
| Year of Publication: 2014 |
| Authors: Balasundaram.r, Ezhumalai.p, Balamurugan.g |
10.5120/17791-8587
|
Balasundaram.r, Ezhumalai.p, Balamurugan.g . Prevention of Virus Propagation in Mobile Network. International Journal of Computer Applications. 102, 2 ( September 2014), 44-47. DOI=10.5120/17791-8587
Abstract
Infections and malwares have the capacity to spread beginning workstation systems into versatile systems with the fast improvement of brilliant phone clients . Currently, there are three disease vectors utilized by portable malware to spoil versatile. A Bluetooth affiliation permits document exchange if the telephone's Bluetooth stack helps OBEX trade - which most telephones do. MMS messages can encase not just sound and pictures, they can additionally convey executables. Some cell telephone infections utilize this disease vector excessively - e. g. , the infections from the Commwarrior precursors. It's simpler to reject a MMS message than it is to decline a Bluetooth record sending, in light of the fact that the interest comes earlier. In any case, the message by and large originates from some individual you know, as the infection sends itself to the cell telephone on the tainted telephone's phonebook - in this way, you're more prone to open it. Finally, in the event that you embed a contaminated MMC card into your telephone, different projects on it can mechanically execute. This defilement vector is likewise utilized by the Commwarrior infection family. These are the contamination vectors as of now being used. The correspondence channel that could be utilized to exchange executable substance might be utilized to send an infection. These comprise of Wi-Fi interchanges, skimming the Web, synchronizing with a contaminated PC etc. We propose a two-layer system model for mimicking infection spread through in participation of Bluetooth and SMS. We examine two methods for controlling portable infection engendering. The primary method is pre immunization and versatile scattering systems.
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