2009 IEEE Information Theory Workshop on Networking and Information TheoryFor an acyclic directed graph with multiple sources and multiple sinks, we prove that one can choose the Menger's paths between the sources and the sinks such that the number of mergings between these paths is upper bounded by a constant depending only on the min-cuts between the sources and the sinks, regardless of the size and topology of the graph. We also give bounds on the minimum number of mergings between these paths, and discuss how it depends on the min-cuts. © 2009 IEEE.link_to_subscribed_fulltex
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This report presents research into a fundamentally new approach to finding all pairwise minimum cuts...
In communication networks, multiple disjoint communication paths are desirable for many applications...
Let G=(V,E) be a (directed) graph with vertex set V and edge (arc) set E. Given a set of (source-sin...
Session: Combinatorial Topics in Coding and Information TheoryFor an acyclic directed graph with mul...
Abstract — For an acyclic directed network with multiple pairs of sources and sinks and a set of Men...
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By Menger's theorem the maximum number of arc-disjoint paths from a vertex s to a vertex t in a dire...
Network coding is a novel technique to improve the throughput of networks to transfer messages from ...
For an acyclic directed network with multiple pairs of sources and sinks and a group of edge-disjoin...
AbstractIf the paths of length ⩽s, joining two non-adjacent vertices u, υ of a graph cannot be destr...
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Let G be a unicyclic graph such that at most two points on its cycle have degrees greater-than-or-eq...
AbstractA (T, d)-join arises as a natural generalization of the well-known notion of a T-join. Given...
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