Segment-Based Routing: An Efficient Fault-Tolerant Routing Algorithm for (2008)
A. Mejia, J. Flich, J. Duato, Sven-arne Reinemo, Tor Skeie
Computers get faster every year, but the demand for computing resources seems to grow at an even faster rate. Depending on the problem domain, this demand for more power can be satisfied by either,...
Tor Skeie, Sven-arne Reinemo, Tor Skeie, Thomas Sødring, Olav Lysne, ...
This work is financed in part by the EU under the 6th framework program for IST as part of the
Ethernet as a lossless deadlock free system area network (2008)
Abstract. The way conventional Ethernet is used today differs in two aspects from how dedicated system area networks are used. Firstly, dedicated system area networks are lossless and only drop...
O.: Achieving flow level qos in cutthrough networks through admission control and diffserv (2007)
Sven-arne Reinemo, Tor Skeie, Olav Lysne
Abstract — Cluster networks will serve as the future access networks for multimedia streaming, massive multiplayer online gaming, e-commerce, network storage etc. And for those application areas...
Sven-arne Reinemo, Olav Lysne, Tor Skeie, Robert Dobinson, Stefan Haas, Brian Martin
Abstract — The ever increasing demand for bandwidth in computer networking has seen an evolution from the 3 Mbps Ethernet of 1976 to 1 Gbps Ethernet today with 10 Gbps available soon. This...
Quality of service in interconnection networks (2007)
ABSTRACT Interconnection networks were traditionally confined to multiprocessors where low latency and high bandwidth were necessary for interprocessor communication. But in the last decade...
Layered routing in irregular networks (2006)
Olav Lysne, Tor Skeie, Sven-arne Reinemo, Ingebjørg Theiss
Abstract—Freedom from deadlock is a key issue in Cut-Through, Wormhole, and Store and Forward networks, and such freedom is usually obtained through careful design of the routing algorithm. Most...
Applying the DiffServ Model on Cut-through Networks (2003)
Sven-Arne Reinemo, Tor Skeie, Olav Lysne
Understanding the nature of traffc in high-speed communication systems is essential for achieving QoS in these networks. A first step towards this goal is understanding how basic QoS mechanisms work...