| Neil McKenzie, Kevin Bolding, Carl Ebeling and Lawrence Snyder. ChaosLAN: design and implementation of a gigabit LAN using chaotic routing. Proc. of Parallel Computer Routing and Communication Workshop, Atlanta GA, June 1997, Springer-Verlag, pp. 211-223. |
....typically add tens of processors at a time) but makes large switches expensive to build. Perhaps a cheaper interconnect that still supports a reasonable bisection bandwidth across the switch might suffice. There is also a proposed design to use the Chaos packet router in a LAN switch [MBES97] Unlike Myrinet, this design allows processors to be connected to every switching element. Another interesting problem is special support for long messages to ensure high throughput, to prevent short message performance degradation, and in some instances, to provide low latency for large ....
N. McKenzie, K. Bolding, C. Ebeling, and L. Snyder. ChaosLAN: Design and implementation of a gigabit LAN using chaotic routing. In Parallel Computer Routing and Communication Workshop. To appear in Lecture Notes in Computer Science, 1997.
No context found.
Neil McKenzie, Kevin Bolding, Carl Ebeling and Lawrence Snyder. ChaosLAN: design and implementation of a gigabit LAN using chaotic routing. Proc. of Parallel Computer Routing and Communication Workshop, Atlanta GA, June 1997, Springer-Verlag, pp. 211-223.
No context found.
Neil McKenzie, Kevin Bolding, Carl Ebeling and Lawrence Snyder. ChaosLAN: design and implementation of a gigabit LAN using chaotic routing. Proc. of Parallel Computer Routing and Communication Workshop, Atlanta GA, June 1997, Springer-Verlag, pp. 211-223.
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