- One of the key design issues for IP routers is the IP Lookup mechanism. IP lookup is an important action in router that is to find the next hop of each incoming packet with a lon...
IP address lookup is a challenging problem due to the increasing routing table size, and higher line rate. This paper investigates a new way to build an efficient IP lookup scheme...
To meet growing terabit link rates, highly parallel and scalable architectures are needed for IP lookup engines in next generation routers. This paper proposes an SRAM-based multi...
We suggest a new simple forwarding technique to speed-up IP destination address lookup. The technique is a natural extension of IP, requires 5 bits in the IP header (IPv4, 7 in IP...
Nowadays, the commonly used table lookup scheme for IP routing is based on the so-called classless interdomain routing (CIDR). With CIDR, routers must find out the best matching ...
Abstract—High-speed routers often use commodity, fully-associative, TCAMs (Ternary Content Addressable Memories) to perform packet classification and routing (IP lookup). We prop...
—As data rates in the Internet increase, the Internet Protocol (IP) address lookup is required to be resolved in shorter resolution times. IP address lookup involves finding the...
— In this paper, we propose a novel supernode caching scheme to reduce IP lookup latencies and energy consumption in network processors. In stead of using an expensive TCAM based...
Pipelined SRAM-based algorithmic solutions have become competitive alternatives to TCAMs (ternary content addressable memories) for high throughput IP lookup. Multiple pipelines c...