Dr Securing Data Packets in MANET using R-AODV and ECC and justifying it using MATLAB
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Abstract
Abstract—MANET is a wireless communication network with a set of mobile nodes that are temporarily connected without any infrastructure. Nodes in MANETs can either serve as a host or as a router and can travel independently in any direction because of their dynamic topology. The clex nature of MANETs makes the network vulnerable i.e., unstableness and accessibility to attacks, thereby making it insecure at node and transmission level. Thus, seeking a safe and trustworthy end-to-end path in a MANET is a real challenge for secure and successful transmission. The R-AODV routing protocol along with the Elliptic Curve Cryptography algorithm is implemented to detect and to prevent the blackhole attack by securing the data packet transmission against the Blackhole attack in MANET using encryption and decryption techniques. The purpose of the proposal is to increase the security of the data transmitted over the network through this encryption approach. The performance of this proposed system is simulated by using the NS-2.35 network simulator. As AODV is the most widely used protocol for routing in Adhoc networks, providing security to this insecure protocol becomes objective of this proposal. The Simulation results show that the proposed protocol provides good experimental results on various metrics. Most of the recent research is on making AODV secure by using cryptographic techniques. The proposal in this paper is to use the reverse AODV technique for data transmission and ECC for secured data delivery. The generated results are then tested and trained in MATLAB for justification using machine learning classifiers to check the appropriateness of the results.
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Index — MANET, Blackhole Attack, A-ODV, R-AODV, ECC, NS-2.35, MATLAB.
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