Detect and Prevent the Selective Drop Attacks in WANET’s Using Resistive To Selective Drop Attack (RSDA) Scheme
Kumana Narayana Rao, M.Sampath Kumar · Journal of Emerging Technologies and Innovative Research · 2020
The process of sending dedicated packets from one location to another location under a valid path is known as routing. As we all know that there are different types of routing techniques available in the real time network, where every technique depends on shortest path as the main factor. In a wireless sensor networks, the data will be transferred under a dedicated path which is given by the router and this path will be dynamically changes due to the mobility. During the data transfer they may occur some attacks by the intruders who try to stop the packets not to reach the destination or sometimes they want to delay the packets transfer. These type of attacks are not identified dynamically in the current wireless sensor networks or MANET’s.Hence in this current thesis we try to investigate the problem of localizing node failures in communication networks with the help of binary states (normal/ failed) and try to find out the end to end delay and performance during data transfer. In this proposed paper, we present a Resistive to Selective Drop Attack (RSDA) scheme which can protect the sensitive data not to be dropped or revealed by the intruders who try to hack the data during data transfer; this will be act as a protective layer which provides security against selective drop attack. This RSDA protocol will try to protect the data from the intruders who try to create any type of attacks in the network, by providing an alternate path from the Point of Attack (POA) and can able to send the data packets in alternate best path. By conducting various experiments on our proposed method, our simulation results clearly state that our proposed approach will try to provide positive data transfer and try to find out the end to end measurements like delay, throughput, overhead and energy loss.