DYNAMIC PRIORITY-BASED CONTROL FOR REDUCTION OF PACKETS DROPPING USING ROBUST FLOW CONTROL MECHANISM IN LONG TERM EVOLUTION NETWORKS

Abstract

Wireless technologies have brought a tremendous improvement in communication industries generally nowadays. The paper proposes a dynamic priority based control for drastic reduction of packets dropping using Robust Flow Control Mechanism (RFCM) to facilitate packets delivery and also resources utilisation in LTE networks. The proposed mechanism is a dynamic priority based control for reduction of packets dropping using Robust Flow Control Mechanism (RFCM) incorporates with a dynamic QoS-aware to eradicate some of the obstacles faced during the packets transmission in LTE networks and also maximize system throughput. Simulation experiments will be conducted using Vienna simulator to evaluate the performance of the proposed mechanism. The evaluation results from the simulation will be tested based on all three-performance metrics of the proposed RFCM based on performs of the mechanism i.e. packet drop control and average system throughput.