The evolution of the Internet is inhibited by the routing system's lack of ability to provide instant routes at host granularity. We argue that it is necessary to divide the addressing into naming and location and use separate mechanisms for the two functions. We present the split naming /forwarding architecture (SNF), which divides the network layer into naming and forwarding layers. The design rationale of SNF is discussed and we describe an implementation for deployment on top of current network infrastructures.
The Internet evolved from its early days of being a small research network to become a critical infr...
International audience<p>The Internet was designed to interconnect a few hundreds networks, but now ...
The TCP/IP architecture of the Internet was originally designed around the contemporary restrictions...
The evolution of the Internet is inhibited by the routing system's lack of ability to provide instan...
Abstract — We present a “clean-slate ” design for a network-layer routing and forwarding system inte...
Abstract — We present a “clean-slate ” design for a networklayer routing and forwarding system inten...
Challenges face the Internet Architecture in order to scale to a greater number of users while provi...
Abstract — Using domain names for routing, instead of IP prefixes, has the potential to address many...
The Internet has achieved unprecedented success in human history. However, its original design has e...
Internet users seek solutions for mobility, multi-homing, support for localised address management (...
The locator/identifier split is an approach for a new addressing and routing architecture to make ro...
The current Internet architecture requires applications to transparently bind and manage network add...
The IP-based addressing scheme currently supporting the whole routing architecture embeds some well-...
Abstract—A new addressing and routing design called the Less-Is-More Architecture (LIMA) is proposed...
Currently the Internet has only one level of name resolution, DNS, which converts user-level domain ...
The Internet evolved from its early days of being a small research network to become a critical infr...
International audience<p>The Internet was designed to interconnect a few hundreds networks, but now ...
The TCP/IP architecture of the Internet was originally designed around the contemporary restrictions...
The evolution of the Internet is inhibited by the routing system's lack of ability to provide instan...
Abstract — We present a “clean-slate ” design for a network-layer routing and forwarding system inte...
Abstract — We present a “clean-slate ” design for a networklayer routing and forwarding system inten...
Challenges face the Internet Architecture in order to scale to a greater number of users while provi...
Abstract — Using domain names for routing, instead of IP prefixes, has the potential to address many...
The Internet has achieved unprecedented success in human history. However, its original design has e...
Internet users seek solutions for mobility, multi-homing, support for localised address management (...
The locator/identifier split is an approach for a new addressing and routing architecture to make ro...
The current Internet architecture requires applications to transparently bind and manage network add...
The IP-based addressing scheme currently supporting the whole routing architecture embeds some well-...
Abstract—A new addressing and routing design called the Less-Is-More Architecture (LIMA) is proposed...
Currently the Internet has only one level of name resolution, DNS, which converts user-level domain ...
The Internet evolved from its early days of being a small research network to become a critical infr...
International audience<p>The Internet was designed to interconnect a few hundreds networks, but now ...
The TCP/IP architecture of the Internet was originally designed around the contemporary restrictions...