Enhanced Hybrid Combiner Scheme for Wireless Network Communication

Abstract

There are several network protocols available to enable efficient data transmission between the source and the destination. Mobile ad-hoc networks (MANETs) are usually small, battery-operated mobile devices or nodes. The communication between the nodes does not have a fixed infrastructure. This work aims to use the available resources at the maximum level at the minimum executable period. This work uses an improved algorithm for the Mobile Ad hoc Networks (MANETs) routing protocol to optimize the number of hop count without considering the usual parameters such as the energy involved in the process. The performance has further increased by combining the scheduling and the optimal route selection algorithms. The success of the overall routing process relies on a combinational work of balanced minimum execution time scheduling and the optimum route selecting algorithms. The introduced balanced-minimum execution time provides two advantages. It increases the scheduling performance and provides load balance on the network. The combined optimum route selection algorithm uses varying network parameters of the link quality, mobility, and end-to-end delay at the optimization process. The superiority of the method presented has been proven by the results obtained in the simulation.