Experiments on Dense Graphs with a Stochastic, Peer-to-Peer Colorer

Stephen Fitzpatrick and Lambert Meertens

This paper reports on a simple, stochastic, scalable, peer-to-peer algorithm for approximately solving distributed constraint problems in soft real time. The performance of the algorithm is assessed using soft k-coloring of random graphs having known chromatic number and edge probability ranging from moderate to high.

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