The evolution of Internet and its hosts does not match anymore the current Internet
architecture, designed when mobility, multihoming and security were not considered, and …

Résumé L'évolution d'Internet et de ses terminaux ne s' adapte plus à l'architecture actuelle
d'Internet. Une nouvelle architecture de la mobilité pour l'Internet du futur est proposée dans …

In the current Internet, hosts are identified using IP addresses that depend on their
topological location. In other words, the IP addresses are semantically overloaded since …

The scope of this document is to combine the most promising IPv6 mobility mechanisms,
such as Proxy Mobile IPv6 (PMIPv6) micro-mobility scheme, with an ad hoc mobility solution …

The scope of this document is to combine Host Identity Protocol (HIP) and the Proxy Mobile
IPv6 (PMIPv6) in order to have a secure global and localized mobility management scheme …

The evolution of Internet and its hosts does not match anymore the current Internet
architecture, designed when mobility, multihoming and security were not considered, and …

Les supports de la mobilité et la multi-domiciliation dans IPv6 ont jusqu'à présent été
considérés de manière indépendante et ont notamment résulté dans la publication des …

In traditional IP network IP address has both the meaning of network locater as well as host
identity. This paradigm is fundamentally incompatible with mobility, with exception of data …

The current practice of naming Internet nodes with their IP address has turned out to be
insufficient. We propose adding a new name space to the IP stack, and using cryptographic …

The Host Identity Protocol (HIP) is an experimental architecture and protocol, being
developed at the IETF since 1999 and reaching its first stable version in 2007. It enhances …