Abstract—In this paper, we propose a novel network archi-tecture for future Internet to solve both routing scalability and mobility. Our proposal is based on a LISP+ALT architecture to achieve routing scalability in a global Internet scale. We extend the LISP+ALT architecture to provide roaming for global mobility and take a network-based approach for seamless local mobility. Our network architecture for mobility support in future Internet is evaluated by simple analysis, in terms of handover latency and communication overhead. I
The current internetworking architecture presents some limitations to naturally support mobility, se...
First ACM/IEEE International Workshop on Mobility in the Evolving Internet Architecture. Session: Ar...
ThecurrentInternetarchitecturewasnotdesignedtoeasilyaccommodatemobil- ity because IP addresses are ...
The Internet has been created for interconnecting few hundreds networks, but is now close to one bil...
The Internet evolved from its early days of being a small research network to become a critical infr...
The Internet has achieved unprecedented success in human history. However, its original design has e...
Abstract—The exponential growth of the Routing Information Base (RIB) of the Internet’s Default-Free...
International audience<p>The Internet was designed to interconnect a few hundreds networks, but now ...
Internet is composed of the inter-connection of tens of thousands of independent networks called Aut...
The increased use of mobile devices has prompted the need for efficient mobility management protocol...
The IP-based addressing scheme currently supporting the whole routing architecture embeds some well-...
The current Internet architecture was not designed to easily accommodate mobility because IP address...
Abstract—This paper presents a novel architecture, MobiSplit, to manage mobility in future IP based ...
Research around the tenets of a next generation Internet architecture has resulted in numerous futur...
During the last few years, the network research community and the industry have been working on the ...
The current internetworking architecture presents some limitations to naturally support mobility, se...
First ACM/IEEE International Workshop on Mobility in the Evolving Internet Architecture. Session: Ar...
ThecurrentInternetarchitecturewasnotdesignedtoeasilyaccommodatemobil- ity because IP addresses are ...
The Internet has been created for interconnecting few hundreds networks, but is now close to one bil...
The Internet evolved from its early days of being a small research network to become a critical infr...
The Internet has achieved unprecedented success in human history. However, its original design has e...
Abstract—The exponential growth of the Routing Information Base (RIB) of the Internet’s Default-Free...
International audience<p>The Internet was designed to interconnect a few hundreds networks, but now ...
Internet is composed of the inter-connection of tens of thousands of independent networks called Aut...
The increased use of mobile devices has prompted the need for efficient mobility management protocol...
The IP-based addressing scheme currently supporting the whole routing architecture embeds some well-...
The current Internet architecture was not designed to easily accommodate mobility because IP address...
Abstract—This paper presents a novel architecture, MobiSplit, to manage mobility in future IP based ...
Research around the tenets of a next generation Internet architecture has resulted in numerous futur...
During the last few years, the network research community and the industry have been working on the ...
The current internetworking architecture presents some limitations to naturally support mobility, se...
First ACM/IEEE International Workshop on Mobility in the Evolving Internet Architecture. Session: Ar...
ThecurrentInternetarchitecturewasnotdesignedtoeasilyaccommodatemobil- ity because IP addresses are ...