Link discontinuity and optimal route data delivery for random waypoint model

In mobile ad hoc network (MANET), the traffic load impacts energy utilization and throughput. It can be overcome by efficient congestion control and link discontinuity identifier techniques. To improve the overall network performance of MANET, the link discontinuity and optimal route data delivery (LDORDD) protocol has been implanted based on AOMDV protocol is proposed along with cross-layer design. In this approach, local route recovery and transmission queue management (TQM) activities are used to control the packet's drop and congestion. This protocol works on buffering the incoming packets at the TQM layer, which controls the packets drop by locally repairing the route. The simulation results of the LDORDD protocol is evaluated in terms of network throughput, packet delivery ratio, and average end to end delay. The numerical and graphical representation of the LDORDD proves that the network resource rudiments are enhanced when compared to the existing methods.