Analysis of an Energy Efficient OptimisedRouting Mechanism Using Ieocc-Tara Protocol and Compared With EOCC-TARA Protocol

Abstract

Aim: The main aim of this research is to improve the energy efficiency by minimising the energy consumption of the sensor nodes in a healthcare monitoring system in a Wireless Body Area Networks (WBAN) using cluster based routing approach Improved Energy Optimised Congestion Control based on Temperature Aware Routing Algorithm (IEOCC-TARA) compared with Optimised Congestion Control based on Temperature Aware Routing Algorithm (EOCC-TARA).

Materials and Methods: This proposed scheme overcomes the vital challenges such as minimising the Throughput and energy consumption using the clustering mechanism. All the sensor nodes are grouped into clusters and the Cluster Head (CH) are selected using various parameters such as Innovative node status, residual energy, distance. In this research there are two groups in which each group has 20 sample sizes collected by varying numbers of rounds and it was calculated by calculator. Net with a pre Test power of 80% (G-POWER).

Results: Simulation results show that the proposed IEOCC-TARA scheme achieved better performance compared with EOCC-TARA scheme in terms of (16.4%)lower energy consumption and (2.5%) higher throughput.Moreover The sample T-test also shows that there is a significant difference in IEOCC-TARA scheme and compared with EOCC-TARA scheme in terms of energy consumption and throughput (p<0.05).

Conclusion: From the independent statistical T-Test and also the experiment's result the proposed enhanced IEOCC-TARA scheme has
efficient routing when compared to EOCC-TARA scheme.