Clustering And Security Management For Manet Using Artificial Bee Colony Optimization And Rsa Cryptography

B. Somasekhar; Srinivas Sabbavarapu; B. Chandra Kiran Patrudu; Silpa Kesav Velagaleti; Chukka Anoosha; V. Vijaya Kumar Raju

doi:10.29284/tdxpnn17

Authors

B. Somasekhar Dept. of ECE, ANITS (A), Visakhapatnam
Srinivas Sabbavarapu Dept. of ECE, ANITS (A), Visakhapatnam
B. Chandra Kiran Patrudu Dept. of ECE, ANITS (A), Visakhapatnam
Silpa Kesav Velagaleti Dept. of ECE, ANITS (A), Visakhapatnam
Chukka Anoosha Dept. of ECE, ANITS (A), Visakhapatnam
V. Vijaya Kumar Raju Dept. of ECE, ANITS (A), Visakhapatnam

DOI:

https://doi.org/10.29284/tdxpnn17

Keywords:

MANET, Cluster head, Routing, Artificial bee colony, RSA cryptography.

Abstract

A mobile ad hoc network (MANET) is a collection of wireless mobile devices that form a temporary network without the aid of an infrastructure. This type of network is not only built dynamically, but it also adjusts to constantly changing network settings. Despite the dynamicity, MANET provide additional obstacles for improving network efficiency in large scale networks with large number of nodes. The Cluster Heads (CHs) are nodes that are in charge of cluster formation, network topology management and allocating resources to all nodes in their clusters. Owing to dynamic mobile node nature, the CH configuration is varying constantly. Hence, reducing the number of CH and providing efficient routing in MANET is essential. In that aspect, a clustering based routing protocol called Artificial Bee Colony (ABC) optimization algorithm is introduced to route the mobile nodes in MANET. The nodes in MANET communicate with one another freely and dynamically. However, there is a chance of initiating routing assaults by malicious node to disrupt routing processes. Hence, a safe routing technique called Rivest-Shamir-Adleman encryption (RSA) cryptography is developed to prevent insider attack in network. The proposed ABC algorithm is compared with various other protocols to assess different parameters. Also, the performance metrics of RSA cryptography is analyzed.

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