In mobile ad-hoc networks, Multicast Broadcasting is considered to be an important communication primitive in wireless mobile ad hoc network due to the inherent distributed nature of the network group nodes packet forwarding have a data losses in that simulation period on AODV protocol group nodes. In addition, many routing protocols require such mechanism for update of their states and maintain routes between nodes. Unlike wired networks, in which energy consumption is not an important issue, energy efficiency of routing protocol has become imperative in ad hoc networks, where nodes are powered by batteries. Frequent recharging or replacement of these batteries may be impractical depending upon its application. The energy-efficiency problem in broadcast wireless network design has received significant attention. When a node transmits a packet, all the nodes within the wireless transmission range of the transmitter receive the packet. This property is known as 'wireless multicast advantage' and has been exploited for the construction of broadcast tree. However, a lot of energy in packet delivery is wasted in this way packet forwarding, since this back pressure packet forwarding and loss reduction is multicast broadcasting improve the energy efficient in all packet throughput directions misbehavior of the presence or absence of any other node. © EuroJournals Publishing, Inc. 2009. © 2014 Elsevier B.V., All rights reserved.