Resource Median Multicast Routing Protocol for Energy Controlled Multipath Communication in Wireless Ad-hoc Network

Many applications in network consisting of scattered interactive method, software improvements and replica model for distributed database envisages optimized routing, scheduling and data dispersal schemes. A large wireless ad-hoc network broadcast messages from the source to all the elements in a multicast group. Certain research works based on the leader election model (DSLE) focus on the incentives in the form of reputations ensuring security to participate in the election process. With the application of DSLE, the consumption of resources was balanced during the detection of intrusion whereas the detection service through routing was not effective. In order to discover the path the method Channel-Aware Ad hoc OnDemand Multipath Distance Vector (CA-AOMDV) chooses the stable links and also predicts the path failure for improving the routing decisions. To improve the routing decision, CA-AOMDV uses the channel average non-fading period as a routing metric but maximal energy was consumed for obtaining the channel state information in wireless ad-hoc network. To handle the communication using multi-path routing path effectively, Resource Median Multicast Routing (RMMR) Protocol is designed. The protocol RMMR adapt to any form of wireless ad-hoc network with median multicast tree for effective routing service. The initial connection between the wireless nodes is counted and computation effort is minimized using the median multicast trees. Median Multicast employs Energy Controlled Active Multicast (ECAM) algorithm which constructs a multicast tree with minimal energy consumption while transferring the information. ECAM algorithm uses the idling concept to reduce the energy consumption while performing the multipath communication in wireless ad-hoc network. The simulation metric taken for experimenting the RMMR Protocol are the factors such as energy consumption on multipath communication, routing control overhead, packet delivery ratio on wireless nodes, throughput based on mobility speed.