, Cependant, la performance du simulateur est alors dégradée d'un facteur 100 [Dricot and Doncker, 1992]. ns-2 fournit une précision importante dans la modélisation des couches physiques du réseau Il propose également un large ensemble de protocoles de communication. Il est l'un des simulateurs les plus utilisés En outre, il fournit un environnement graphique pour observer le comportement du système étudié durant la simulation. En particulier, l'interface graphique de ns-2, appelée NAM (pour Network Animator), est riche et permet de visualiser la topologie du réseau, les liens entre les noeuds, l'état des files d'attente ainsi que les différents paquets échangés entre les noeuds. Cependant, le simulateur ns-2 manque de modularité et est intrinsèquement complexe. Cela est dû au fait que l'ajout ou la modification des composants/protocoles n'est pas une tâche aisée. De plus, sa documentation est fragmentée. Par ailleurs, il n'existe pas de frontière claire entre les modèles et les bibliothèques de la simulation, Simulateurs utilisés pour les réseaux mobiles spontanés de rayon (en anglais, ray tracing) et des chaînes de Markov, 2005.
, le débogage est difficile à cause de la nature duale C++/OTcl du simulateur, autre problème connu de ns-2 est la consommation importante des ressources de calcul
, est basé sur l'environnent PARSEC (PARallel Simulation Environnement for Complex systems) [Bagrodia et al., 1998] qui est un environnent d'exécution séquentielle ou parallèle. GloMoSim peut ainsi bénéficier des avantages du langage PARSEC pour exécuter les simulations sur des machines avec des architectures multiprocesseurs symétriques (en anglais, symetric multiprocessing ou SMP) à mémoire partagée, GloMoSim GloMoSim (Global Mobile system Simulator) Les nouveaux algorithmes ou modules pour GloMoSim doivent être également écrits en PARSEC. Comme ns-2, GloMoSim adopte une architecture du système suivant le modèle standard OSI, 1998.
, conf contient la description du trafic à générer (le type d'application, le débit binaire, etc.). Le fichier config.in contient d'autres paramètres comme le temps de simulation, le nombre de noeuds, etc. Les résultats statistiques sont collectés en mode textuel ou graphique
, Actuellement, GloMoSim ne supporte que des protocoles de communication sans fil. Il est l'un des simulateurs les plus utilisés et a été choisi pour, 2008.
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