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Global sum on symmetric networks

We are interested in the following problem we call global sum. Each processor starts with a single real value. At each time step, every directed edge in the graph can simultaneously be used to transmit a single (bounded) number between the processors (vertices). How many time steps s are required to ensure that every processor acquires the global sum? We know that s is bounded below by the diameter and above by two times the diameter. We conjecture that for vertex symmetric graphs, s is equal to the diameter. We show this is true if the diameter is 2.

preprint2012arXivOpen access
Vance Faber
math.CODistributed, Parallel, and Cluster Computing
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Vance Faber

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