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Interchanging distance and capacity in probabilistic mappings
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Harald Racke [STOC 2008] described a new method to obtain hierarchical decompositions of networks in a way that minimizes the congestion. Racke's approach is based on an equivalence that he discovered between minimizing congestion and minimizing stretch (in a certain setting). Here we present Racke's equivalence in an abstract setting that is more general than the one described in Racke's work, and clarifies the power of Racke's result. In addition, we present a related (but different) equivalence that was developed by Yuval Emek [ESA 2009] and is only known to apply to planar graphs.
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Designing Capacitated Subnetworks for Shortest Path Routing
An exact ILP models the combined capacitated subnetwork design and dynamic shortest-path routing problem, with experiments showing that fixing routes first and deactivating unused links yields near-optimal solutions.
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