Optimized Implementation of Energy Efficient
Spherical Grid Routing Protocol to Monitor Fast
Moving Object
Journal:
GRENZE International Journal of Engineering and Technology
Authors:
Jai Prakash Prasad, Suresh Chandra Mohan
Volume:
3
Issue:
3
Grenze ID:
01.GIJET.3.3.10
Pages:
15-19
Abstract
Wireless Sensor Networks (WSN) is composed of a several number of sensor
nodes which is scattered over a particular field to ensure node communication connectivity
and intra or inter cluster broadcasting. Due to resource constrained nature, WSN faces
many unattended challenging issues. In this paper we propose spherical based grid routing
framework for long range communication. The proposed routing algorithm also implements
elliptic curves cryptography for more storage and secured network. The secure routing
protocol offers security benefits of authentication and confidentiality to the network. The
authors present the proposed optimized implementation of Energy Efficient Spherical Grid
Routing Protocol [EESGRP] to monitor fast moving object to improve network lifespan. We
evaluated the performance of EESGRP on NS-2 simulation platform and its result is
compared with LEACH and TTDD algorithm.