Energy Level Load Balanced Multi Path Routing in Bee-Ad Hoc MANETs

Abstract

MANET nodes have partial power for vital operations due to connection of the network when energy of node gets exhausted. Due to power constraints node fails which leads to system failures & then reduces end-to-end connectivity in network. Due to this congestion & mobility of nodes frequent link failures occurs and packet losses takes place that affects the QoS performance of protocol. The best technique for load balance we introduce Bee-Ad-Hoc-system in MANET to maximize energy efficiency. In this work, proposed scheme is effective, Energy Efficient & Load Balanced Bee-Ad-Hoc Multipath Routing with Robust Transmission in MANET to come across above limitations in MANET (Mobile Ad-Hoc Network). Our proposed scheme for network it maximizes the E-2-E (end-to-end) connection & near link level for node has reducing the faults. By using the mechanism used to select a neighbor node we accepts a group of multiple paths which has energy efficient from source to destinations of multicast. Later finding for a static path among source & destination which meets the conditions of delay and it also offers effective load balancing at node. Simulation results show proposed protocols results are like E-2-E delay (end-to-end delay), energy consumption, & throughput.