[BBD17] Energy-efficient Preventive Mechanism for Fault Tolerance in Wireless Multimedia Sensor Networks

Conférence Internationale avec comité de lecture : Vehicular Technology Conference (VTC-Fall), September 2017, Vol. 86, pp.1-6, Toronto, Canada,

Auteurs: M. Bouatit , S. Boumerdassi , A. Djama , R. Milocco

Mots clés: Wireless Multimedia Sensor Networks, Energy Efficiency, Load Balancing, Geographic Routing, Multipath Transmission, Fault Tolerance

Résumé: Multimedia applications convey large mass of data that requires high transmission rate and intensive treatment, therefore high energy consumption. Transmitting this large media stream while ensuring its reliability and varying QoS requirements with limited available resources are difficult tasks to achieve. In this paper, we present an Energy-efficient routing protocol baptized EGMFT, that improves our previous work on Geographic Multipath Fault Tolerant (GMFT) routing protocol, reinforced by preventive fault-tolerant mechanism, when sensor's energy reaches critical threshold, to effectively manage this precious resource, in order to achieve more balanced energy consumption and load distribution in the network that extends its lifetime. More importantly, to prevents any link breakdown related to battery depletion during real-time data transmission, which affects network connectivity and transmitted stream reliability.

BibTeX

@inproceedings {
	BBD17,
	title	=	"{Energy-efficient Preventive Mechanism for Fault Tolerance in Wireless Multimedia Sensor Networks}",
	author	=	" M. Bouatit and S. Boumerdassi and A. Djama and R. Milocco ",
	booktitle	=	"{Vehicular Technology Conference (VTC-Fall)}",
	year	=	2017,
	month	=	"September",
	volume	=	86,
	pages	=	"1-6",
	address	=	"Toronto, Canada",
}