Yan, A
Gong, W
Abstract
| iWe propose to use fluid model based time-driven simulation to
simulate high speed networks. For single class fluid in feedforward
networks, we prove that the error introduced by discretizing a fluid
model is within a deterministic bound proportional to the discretization
interval length and is not related to the network size. We show
that fluid simulation offers the flexibility to trade accuracy for
efficiency, and it is also easy to parallelize. These features
enable us to speed up simulation
|
Keywords
fluid
parallel
Notes
Related Papers
Bibtex
@techreport{yan.gong_fluid99,
author = "A. Yan and W. Gong",
title = "Fluid Simulation for High Speed Networks",
number = "TR-96-CCS-1",
institution = "Dept. of ECE, Univ. of Massachusetts",
year="1999",
month="Dec."
}