Traffic Aware Congestion Control Priority Based Efficient Adaptive Multipath Routing in Wired Networks with New Queuing Technique

Abstract

This paper proposes a novel technique for data transmission from source to destination by using adaptive multipath routing with route adaptability. In this method, each packet is assigned with priority during transmission by considering the recent traffic of the system. Here an original queue up system is proposed to reduce delay at the router level, so that load on the router is reduced. Here in this paper a new routing technique called Traffic Aware Congestion Control Priority based Efficient Adaptive Multipath Routing is compared over a number of multipath routing techniques such as Multi Protocol Label Switching (MPLS) and Minimum Delay and Maximum Flow (MDMF), and Bandwidth Guaranteed Delay Guaranteed (BGDG). Here the proposed algorithm is simulated using NS-2 and simulation results are compared with MPLS, MDMF and BGDG routing techniques with various Quality of Service (QoS) parameters. Simulation results clearly show that proposed technique outcomes recovered likened to existing systems.