Switching White Papers

Link Dimensioning and LSP Optimization for MPLS Networks Supporting DiffServ EF and BE Traffic Classes

Overview Capacity planning is indispensable for future Internet providing QoS. Accurate dimensioning is especially important when no per-flow signaling or control exists. This paper addresses the problem of link dimensioning and Lable Switching Path (LSP) optimization for MPLS networks supporting DiffServ EF and BE traffic classes. The problem is formulated as an optimization problem, where the goal is to minimize the nonlinear total link cost, subject to the performance constraints of both Expedited Forward (EF) and Best Effort (BE) traffic classes. The variables to be determined are the routing of LSPs carrying both EF and BE traffic, and the discrete capacities of the links.

Further White Paper Details
PublisherNorth Carolina State University File FormatPDF
Date PublishedMay 2003
FormatWhite Papers   
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