Browse by author
Lookup NU author(s): Emeritus Professor Isi Mitrani
Full text for this publication is not currently held within this repository. Alternative links are provided below where available.
In this paper we articulate our philosophy and approach to the design and control of high speed data networks. The object is to put into perspective and to explain the coordination of various isolated pieces of detailed technical analyses that have been reported in several recent papers. In the process we summarize what we have learnt in our recent work and, also, we give indications of the direction of our future work. Our scheme integrates feedback and open loop control. The feedback control is exercised by sliding windows; access controllers regulate bursty sources. All our design proposals are rooted in asymptotic analyses; the justification for asymptotics comes from the largeness of the parameters, such as propagation delay, speed, window size, buffer size, and the number of virtual circuits. This analysis makes a strong case for operating in a specific ldquomoderate usagerdquo regime, and adaptive dynamic windowing algorithms are given that make this happen; moreover, when in this regime, buffers may be sized aggressively small without jeopardizing performance and the simplicity of the retransmission protocol. The topics in the paper are: model of communication, results on the steady-state behavior of the basic model, access control, small buffers and retransmission protocols, dynamic adaptive windows, bursty sources, and contrast with previous work.
Author(s): Mitra D, Mitrani I, Ramakrishnan KG, Seery JB, Weiss A
Publication type: Article
Publication status: Published
Journal: Queueing Systems - Theory and Applications
ISSN (print): 0257-0130
ISSN (electronic): 1572-9443
Publisher: Springer New York LLC
Notes: I. Mitrani's work was done while AT&T Bell Laboratories.
Altmetrics provided by Altmetric