Performance optimisation through EPT-WBC in mobile ad hoc networks

Abstract

Mobile ad hoc networks are self-organised, infrastructure-less networks in which each mobile host works as a router to provide connectivity within the network. Nodes out of reach to each other can communicate with the help of intermediate routers (nodes). Routing protocols are the rules which determine the way in which these routing activities are to be performed. In cluster-based architecture, some selected nodes (clusterheads) are identified to bear the extra burden of network activities like routing. Selection of clusterheads is a critical issue which significantly affects the performance of the network. This paper proposes an enhanced performance and trusted weightbased clustering approach in which a number of performance factors such as trust, load balancing, energy consumption, mobility and battery power are considered for the selection of clusterheads. Moreover, the performance of the proposed scheme is compared with other existing approaches to demonstrate the effectiveness of the work.

RETRACTED: K-Means Based Cluster Formation and Head Selection Through Artificial Neural Network in MANET

“…Subsequently, other authors focused on work related to optimal cluster head selection in current years and discussed the issues related to reduce network overhead and improve security within the network after effective selection of cluster head. Agarwal et al [14] presented trusted weight based clustering approach and used parameters like trust, load balancing, energy consumption, mobility and battery consumption. Bisen and Sharma [15] proposed agent based secure enhanced performance approach for MANET (AB-SEP).…”