Performance through Efficient Robust Routing Technique (ERR Model) to Protect WSN from DoS Attack IJTSRD
In the Era of such a growing communication environment, everyone are now use to of wireless sensor network ,sensor based various research has been going on to make WSN more reliable , secure and efficient for the betterment of digital communication services, since digital data are growing in day to day life it does more traffic and need high quality communication network so that one can rely on them in the similar journey one has analyzed with various literature and communication services provided by SAODV and RAEED-EA protocols specially designed for WSN services which has been immune the WSN to DoS attack, since WSN consists of various sensor and non sensor based communication devices in the form of small network nodes with sensing capability ,power consumption and management techniques along with energy efficiency based protocols and nodes to control and protect over the WSN. One analyzed the service scenario of traditional and latest protocols designed for better communication service environment proposed model will make WSN to be error free from physical and Data link layer errors and attacks many research are doing research, in the same way in this thesis we are try to overcome the drawback of WSN routing at physical and Data link layer to through our proposed model integrate an efficient routing algorithm that improve performance of routing over tradition WSN routing protocol along with this proposed ERR model also immune the WSN from physical and Data link layer attacks (Jamming, collision) issues so that reliability can be achieve.
By Bablu Kumar Mishra | Sunil Malviya”Performance through Efficient Robust Routing Technique (ERR Model) to Protect WSN from DoS Attack”
Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-2 | Issue-3 , April 2018,
Performance through Efficient Robust Routing Technique (ERR Model) to Protect WSN from DoS Attack IJTSRD IEEE PAPER
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