[ZSR19] Performance evaluation of the routing protocol for low power and loosy networks in the context of node mobility

Conférence Internationale avec comité de lecture : 16th IEEE conference on systems, signal and devices (SSD), February 2019, pp.6, Tunisie,

Auteurs: I. Zaatouri , F. Sailhan , S. Rovedakis , G. Awatef , N. Alyaoui , A. Kachouri

Mots clés: WSN

Résumé: Wireless Sensor Networks (WSNs) constitute a flexible solution to monitor a physical/ environmental phenomenon and transmit the related data to the end user. In order to route the data over a low power and Lossy networks (LLN), the Routing Protocol for Low Power and lossy networks (RPL) is the best suited. In particular, RPL consider various metric such as the link quality and residual energy to compute the best routes. Nevertheless, RPL was originally designed to handle static sensors. So, in the case of sensor nodesâ€™ movement, RPL poorly adapts to such scenarios which rapidly alters the network performance. The present paper is dedicated to investigate the behaviour of RPL in mobile environment and evaluate the performance of RPL and MRPL considering the energy consumption and packets loss. The simulation results show that RPL performances are influenced by the packet transmission rate. Mainly RPL is characterised by the lowest energy consumption the highest packet loss.

Collaboration: Sfax

BibTeX

@inproceedings {
	ZSR19,
	title	=	"{Performance evaluation of the routing protocol for low power and loosy networks in the context of node mobility}",
	author	=	" I. Zaatouri and F. Sailhan and S. Rovedakis and g. awatef and N. Alyaoui and A. Kachouri ",
	booktitle	=	"{16th IEEE conference on systems, signal and devices (SSD)}",
	year	=	2019,
	month	=	"February",
	pages	=	"6",
	address	=	" Tunisie",
}