Some of the fastest practical algorithms for IP route lookup are based on space-efficient encodings of multi-bit tries [1, 2]. Unfortunately, the time required by these al-gorithms grows in proportion to the address length, mak-ing them less attractive for IPv6. This paper describes and evaluates a new data structure called a shape-shifting trie, in which the data structure nodes correspond to arbitrar-ily shaped subtrees of the underlying binary trie for a given set of address prefixes. The ability to adapt the node shape to the trie reduces the number of nodes that must be ac-cessed to perform a lookup, especially for tries with large sparse regions. We give a fast algorithm for optimally divid-ing a trie into nodes so as to minimize the ...
We suggest a new simple forwarding technique to speed-up IP destination address lookup. The techniqu...
In this paper, we describe an IP-Lookup method for network routing. We extend the basic Range Trie d...
The key factor defining the efficiency of IP routers is the speed of the forwarding operation, that ...
Some of the fastest practical algorithms for IP route lookup are based on space-efficient encodings ...
Abstract—For meeting the requirements of the high-speed Internet and satisfying the Internet users, ...
We consider the problem of fast IP address lookup in the forwarding engines of Internet routers. Ma...
The problem of optimizing access mechanisms for IP routing tables is an important and well studied o...
The increasing number of devices connected to the Internet together with video on demand have a dire...
A multi-gigabit internet protocol (IP) router may receive several million packets per second from ea...
Part 8: Next Generation InternetInternational audienceAn IP router has to match each incoming packet...
Internet address lookup is a challenging problem because of in-creasing routing table sizes, increas...
[[abstract]]One of the pertinent design issues for new generation IP routers is the route-lookup mec...
Internet (IP) address lookup is a major bottleneck in high performance routers. IP address lookup is...
IP address lookup is a fundamental task for Internet routers, due to the rapid growth of both traffi...
Includes bibliographical references (page 70)The internet today has grown into a vast network of net...
We suggest a new simple forwarding technique to speed-up IP destination address lookup. The techniqu...
In this paper, we describe an IP-Lookup method for network routing. We extend the basic Range Trie d...
The key factor defining the efficiency of IP routers is the speed of the forwarding operation, that ...
Some of the fastest practical algorithms for IP route lookup are based on space-efficient encodings ...
Abstract—For meeting the requirements of the high-speed Internet and satisfying the Internet users, ...
We consider the problem of fast IP address lookup in the forwarding engines of Internet routers. Ma...
The problem of optimizing access mechanisms for IP routing tables is an important and well studied o...
The increasing number of devices connected to the Internet together with video on demand have a dire...
A multi-gigabit internet protocol (IP) router may receive several million packets per second from ea...
Part 8: Next Generation InternetInternational audienceAn IP router has to match each incoming packet...
Internet address lookup is a challenging problem because of in-creasing routing table sizes, increas...
[[abstract]]One of the pertinent design issues for new generation IP routers is the route-lookup mec...
Internet (IP) address lookup is a major bottleneck in high performance routers. IP address lookup is...
IP address lookup is a fundamental task for Internet routers, due to the rapid growth of both traffi...
Includes bibliographical references (page 70)The internet today has grown into a vast network of net...
We suggest a new simple forwarding technique to speed-up IP destination address lookup. The techniqu...
In this paper, we describe an IP-Lookup method for network routing. We extend the basic Range Trie d...
The key factor defining the efficiency of IP routers is the speed of the forwarding operation, that ...