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1990 | OriginalPaper | Chapter

Quick Gossiping by Multi-Telegraphs

Authors : R. Labahn, I. Warnke

Published in: Topics in Combinatorics and Graph Theory

Publisher: Physica-Verlag HD

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Entringer and Slater /1/ considered the following communication problem: Suppose each of n≥2 points (persons) 1,2,...,n knows are item of information which is not known to all the others. They exchange information using telegrams arranged in consecutive rounds whereby in every round: (1)each point can either send or receive telegrams, i.e. it is impossible for a given point to send some and to receive other telegrams in the same round;(2)any pair r,s∈V={1,2,.,..,n} is allowed to communicate by a telegram, and if s sends a telegram to r, then in that round, r learns all information which s knows at this time;(3)every point can communicate with at most k different points (k≥1), i.e. depending on whether it is a sender or a receiver in that round the point can either send at most k telegrams or receive at most k telegrams.

Metadata
Title
Quick Gossiping by Multi-Telegraphs
Authors
R. Labahn
I. Warnke
Copyright Year
1990
Publisher
Physica-Verlag HD
DOI
https://doi.org/10.1007/978-3-642-46908-4_52

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