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. Jacobson, 2014] sont deux architectures majeures et très similaires de réseaux centrés sur l'information. NDN commença en tant que branche du code de CCN, CCNx, avant d'être entièrement redéveloppé. En revanche, d'un point de vue architectural, CCN et NDN n'ont pas divergé. Dans les deux architectures, chaque morceau de contenus est identifié par un nom unique, Content-Centric Networking (CCN) requis via des paquets dits Intérêts et rapportés encapsulés dans des paquets de Données, à travers des (inter)faces. Parce que chaque paquet encapsule aussi son nom, il peut être persisté à chaque saut dans un Content Store, un cache, et livré du noeud local à tous ceux qui l'on requis, 2009.

C. Si-un-morceau-de-contenu-est-trouvé-dans-le and . Store, il s'agit d'un évènement nommé hit. La donnée est alors acheminée en utilisant les informations d'états contenus dans l'entrée du PIT correspondante. Par contre, si le morceau de contenu n'est pas trouvé dans le Content Store, il s'agit d'un évènement miss, Dès lors, le plus long préfixe incluant le nom du contenu est recherché dans la Forwarding Information Base (FIB) du noeud. La FIB est remplie par un protocole de routage orienté nom et renvoie, pour chaque préfixe routable, les faces de sortie pour les morceaux de contenus manquants

. Ensuite, intérêt est transmis selon la stratégie de diffusion configurée qui peut-être par exemple, Meilleure route, diffusion large, équilibrage de charge (LB), équilibrage de charge (LB) avec transmission persistante