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Each flow request has requirements in terms of bandwidth and m additive measures (e.g., delay, jitter).
We develop a new routing algorithm, E2-MCRA, which searches for a feasible path for a given flow request that requires the least number of nodes and links to be turned on.
The original flow request.
As a result, node G rejects the new flow request.
When the source node receives a new flow request, it broadcasts the RREQ message.
For a New Flow request, the Routing Module finds the proper Spine switch to transmit the new flow.
Similar(43)
We assume an online routing paradigm, where flow requests are processed one-by-one, with no knowledge of future flow requests.
In this paper, we consider the survivable network design problem for simultaneous unicast and anycast flow requests.
In the proposed scheme, the flow requests are classified into two classes and get differentiated treatment according to their QoS demands.
Moreover, we develop an analytical model to compute the end-to-end delay in OBWMA in order to support flow requests with delay constraints.
In this paper, we address the design of a joint admission control and routing scheme aiming at maximizing the number of admitted flow requests while minimizing the number of nodes and links that need to stay active.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com