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Distributed selfish load balancing.

Berenbrink, P. and Friedetzky, T. and Goldberg, L. A. and Goldberg, P. and Hu, Z. and Martin, R. (2007) 'Distributed selfish load balancing.', SIAM journal on computing., 37 (4). pp. 1163-1181.

Abstract

Suppose that a set of m tasks are to be shared as equally as possible amongst a set of n resources. A game-theoretic mechanism to find a suitable allocation is to associate each task with a "selfish agent", and require each agent to select a resource, with the cost of a resource being the number of agents to select it. Agents would then be expected to migrate from overloaded to underloaded resources, until the allocation becomes balanced.Recent work has studied the question of how this can take place within a distributed setting in which agents migrate selfishly without any centralized control. In this paper we discuss a natural protocol for the agents which combines the following desirable features: It can be implemented in a strongly distributed setting, uses no central control, and has good convergence properties. For m ≫ n, the system becomes approximately balanced (an ε-Nash equilibrium) in expected time O(log log m). We show using a martingale technique that the process converges to a perfectly balanced allocation in expected time O(log log m + n4). We also give a lower bound of Ω (max{log log m, n}) for the convergence time.

Item Type:Article
Keywords:Task allocation, Nash equilibrium.
Full text:PDF - Published Version (230Kb)
Status:Peer-reviewed
Publisher Web site:http://dx.doi.org/10.1137/060660345
Publisher statement:Copyright © by SIAM. Unauthorized reproduction of this article is prohibited.
Record Created:27 Oct 2008
Last Modified:15 Jun 2011 16:57

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