Enhancing the performance of MANET using EESCP

Recent year a rapid development and widespread application of mobile ad hoc networks suffer from security attacks and privacy issues which dramatically impede their applications. To cope with the attacks, a large variety of intrusion detection techniques such as authentication, authorization, cryptographic protocols and key management schemes have been developed. Clustering methods allow fast connection, better routing and topology management of mobile ad hoc networks (MANET). This paper, we have introduced new mechanism called Energy Efficiency and Secure Communication Protocol (EESCP) is to divide the MANET into a set of 2-hop clusters where each node belongs to at least one cluster. The nodes in each cluster elect a leader node (cluster head) to serve as the IDS for the entire cluster. To balance the resource consumption weight based leader election model is used, which elected an optimal collection of leaders to minimize the overall resource consumption and obtaining secure communication using diffie-Hellman key exchange protocol.