Congestion aware Adaptive Reverse Routing Strategy for Improving QoS in WSN

Author:

Elangovan G,Kumanan T

Abstract

Abstract General purpose routing techniques for a WSN cannot be capable to give adequate functioning for various communication. This creates low adaptively provided with a general purpose routing technique ensuing in several connections reaching extremely congested. Ant Colony Optimization-Based Fault-Aware Routing (ACO-FAR) is used to balance the load in WSN. In this scheme, the node can calculate the present routes as well as deviation packets via a least congested path [17]. However, this scheme lacking the efficient awareness of bandwidth distribution, guaranteed quality of service in the WSN. To overcome these problems in this paper, Congestion aware Adaptive Reverse Routing strategy (CARS) for Improving Quality of Service (QoS) in WSN is proposed. It is a highly adaptive congestion free routing algorithms that also allocate traffic more equally and reduce network congestion. Reverse routing is used for diminishes the energy utilization and avoid the multiple retransmission in the network. Average delay as well as throughput is the two parameters that are utilized to calculate the performance of routing strategy. Simulation results demonstrate that throughput 36.76% enhanced dramatically whereas preserving 40.31%lesser latency performance.

Publisher

IOP Publishing

Subject

General Medicine

Reference17 articles.

1. Local congestion avoidance in Network-on-Chip;Tang;IEEE Transactions on Parallel and Distributed Systems,2015

2. Process variation delay and congestion aware routing algorithm for asynchronous NoC design;Ezz-Eldin;IEEE Transactions on Very Large Scale Integration (VLSI) Systems,2015

3. Path-congestion-aware adaptive routing with a contention prediction scheme for network-on-chip systems;Chang;IEEE Transactions on computer-aided design of Integrated circuits and systems,2013

4. DICA: destination intensity and congestion-aware output selection strategy for network-on-chip systems;Mehranzadeh;IET Computers & Digital Techniques,2019

5. Low-distance path-based multicast routing algorithm for network-on-chips;Daneshtalab;IET computers & digital techniques,2009

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