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, OMNET++ Wi-Fi Direct Implementation Source Code

, Liste des figures

, Illustration d'un partage de fichier dans un réseau Gnutella, p.12

. .. , , p.17

. .. , 29 II.7 Topologie d'un groupe de communication Wi-Fi adhoc, II.6 Topologie d'un réseau Wi-Fi à plusieurs points d'accès, p.30

. , 31 II.9 Modes de formation de groupes Wi-Fi Direct (crédits Camps-Mur et al. [93]), vol.35

. , Représentation d'un réseau Wi-Fi à grande échelle, p.41

. , Diagramme de séquence d'un téléchargement depuis le serveur, p.53

. , Diagramme de séquence d'un échange D2D bidirectionnel, p.54

. .. , 59 IV.2 Prise en compte de la batterie et de la bande passante des périphériques : les phases de dissémination

V. , 1 (a) Impact du degré de parallélisme sur le temps de complétion (b) Évolution du remplissage des chunks

. , 79 V.4 Impact du temps d'établissement de connexion sur les performances de la dissémination

V. ,

, Comparaison des temps d'activité sur le réseau sans clustering, p.82

. , Comparaison de l'évolution de la complétion des périphériques ; (V.8b) Comparaison des temps d'activité sur le réseau des différentes approches

. , Réduction de l'activité des périphériques sur le réseau avec la prise en compte de l'hétérogénéité des batteries

. , Différence de batterie finale en fin de dissémination avec la prise en compte l'hétérogénéité des batteries ; (V.10b) Évolution de la batterie minimale sur le réseau pour un réseau dont 20% des périphériques sont mauvais

V. , Comparaison des temps de complétion

. , Phases de dissémination du serveur avec la prise en compte de l'hétérogénéité des batteries pour un réseau avec 40% de mauvais périphériques et (V.12b) évolution de la complétion des périphériques, vol.87

. , Phases de dissémination par serveur avec prise en compte de l'hétérogénéité des batteries pour un réseau avec 20% de mauvais périphériques et (V.13b) évolution de la complétion des périphériques

V. , Impact de la prise en compte de la bande passante sur le temps de complétion

V. , Gain énergétique de la prise en compte de la batterie et de la bande passante comparée à la prise en compte de la batterie (40% de mauvais périphériques)

. .. , Topologie du réseau obtenue après le clustering, p.97

, Contrôle de la puissance du signal avec le clustering, p.99

, Évaluation du débit pour 802.11g(54Mbps) et 802.11n(150Mbps), p.103

. , Mesure de temps de calcul de clusters

, Topologie de simulation sur OMNET++

. , Temps moyen de téléchargement avec K = 4

. , Impact de l'utilisation de clusters sur le taux d'erreurs et sur le temps de téléchargement

, Délais et débits moyens sur des tablettes, Apple iPad Air, vol.2, p.74

. , Configuration par défaut du simulateur

. , Configuration du simulateur pour l'évaluation de la prise en compte de l'hétérogénéité des périphériques mobiles

. , Initialisation et lancement de la dissémination

. .. Comportement-du-serveur,

. .. Déclenchement-d'un-Échange-d2d,

. , Procédure des clients (périphériques mobiles)

, Dissémination avec prise en compte de la batterie, p.60

. Prise-en-compte-de-la-batterie and . .. De-la-bande-passante, , p.64

, Algorithme de sélection des transferts depuis le point d'accès, p.65

.. .. Algorithme-des-k-moyennes,