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Work-Conserving Fair-Aggregation with Rate-Independent Delay

9 years 5 months ago
Work-Conserving Fair-Aggregation with Rate-Independent Delay
—Flow aggregation has been proposed as a technique to improve the scalability of QoS scheduling in the core of the Internet, by reducing the amount of per-flow state necessary at a router. This is accomplished by aggregating into a single flow multiple flows that share part of the same path to the destination. In its simplest form, flow aggregation is inherently non-workconserving, that is, it may temporarily leave the output channel idle even though there are still packets to be forwarded. Work-conserving variations of flow aggregation are more desirable, because they allow flows to temporarily exceed their reserved rate and take advantage of bandwidth unused by other flows. This, however, requires a per-hop delay proportional to the rate reserved for the aggregate flow. Thus, if a lower delay is desired, the aggregate flow must reserve from the network a data rate that is greater than its true rate. In this paper, we explore the conditions under which workconserving flow ...
Jorge Arturo Cobb
Added 30 May 2010
Updated 30 May 2010
Type Conference
Year 2008
Where ICCCN
Authors Jorge Arturo Cobb
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