• Aucun résultat trouvé

Energy Aware and Stable Multipath Routing Protocol in Clustered Wireless Ad hoc Networks

N/A
N/A
Protected

Academic year: 2021

Partager "Energy Aware and Stable Multipath Routing Protocol in Clustered Wireless Ad hoc Networks"

Copied!
9
0
0

Texte intégral

Loading

Figure

TABLE 1. Simulation parameters
Fig. 3. Network lifetime versus number of exhausted  nodes

Références

Documents relatifs

It is concluded that, both from the performance and the spatial re-use point-of-views, it can be taken advantage from the cross-layering between the physi- cal and the routing layers

In a network running a link state routing protocol, the number of hops between any random source and destination increases when the neighborhood size decreases, this way augmenting

Under all mobility scenarios, standard energy deviation of consumed energy per node in MEA-DSR-nWT is always lower than that of DSR, which confirms the efficiency of

Our contributions in this paper are: (i) we describe a completely decentralized algorithm, namely an optimal dynamic learning (ODL) algorithm, able to keep the SINR level above

For lower mobility scenarios, although DSR generates less overhead but it does not present an important improvement in energy consumption because it tends to use longer routes

Les lettres minuscules différentes indiquent les différences statistiquement significatives entre les dates et les majuscules les différences statistiquement significatives entre

16 دعيو كلذ بولسلأا يأ فيلكت مهتملا روضحلاب رشابملا ةباثمب بولسلأا يداعلا يذلا أجلت هيلإ ةداع ةباينلا ةماعلا كلذو ام مل بلطي ليكو ةيروهمجلا ءارجإ قيقحتلا اقبط