Network Architecture with Recursive Addressing

Young Hee Kim

ISBN 10: 6203410098 / ISBN 13: 9786203410099

Edité par LAP LAMBERT Academic Publishing Feb 2021, 2021

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Neuware -A network architecture, named NARA, based on recursive addressing is proposed. The Internet is modeled as a network of autonomous sites, each being a collection of nodes. Each site is named by a site address drawn from a global number space while each node is named by a node address drawn from a number space local to each site. Routing among sites depends solely on site addresses while that among nodes within each site on node addresses. Flat routing to render inherent mobility and cached routing as well as virtual routing to additionally cope with the table size are proposed. The model can recursively repeat itself both outwards and inwards in the network, enabling its applicability, for example, to inter-planetary as well as body area networks. The generic architecture NARA is then projected on IPv6 as an implementation example. Instead of introducing a new number space to unload the equivocal semantics of the IP address, the specific implementation, called SID6 (Subnet ID Deprecated for IPv6), removes the interface semantics of the Global Unicast IPv6 address which is then to exclusively identify a node and so is to be used solely as the node address.Books on Demand GmbH, Überseering 33, 22297 Hamburg 56 pp. Englisch. N° de réf. du vendeur 9786203410099

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Titre : Network Architecture with Recursive ...

Éditeur : LAP LAMBERT Academic Publishing Feb 2021

Date d'édition : 2021

Reliure : Taschenbuch

Etat : Neu

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Synopsis :

A network architecture, named NARA, based on recursive addressing is proposed. The Internet is modeled as a network of autonomous sites, each being a collection of nodes. Each site is named by a site address drawn from a global number space while each node is named by a node address drawn from a number space local to each site. Routing among sites depends solely on site addresses while that among nodes within each site on node addresses. Flat routing to render inherent mobility and cached routing as well as virtual routing to additionally cope with the table size are proposed. The model can recursively repeat itself both outwards and inwards in the network, enabling its applicability, for example, to inter-planetary as well as body area networks. The generic architecture NARA is then projected on IPv6 as an implementation example. Instead of introducing a new number space to unload the equivocal semantics of the IP address, the specific implementation, called SID6 (Subnet ID Deprecated for IPv6), removes the interface semantics of the Global Unicast IPv6 address which is then to exclusively identify a node and so is to be used solely as the node address.