Departmental Papers (ESE)

Abstract

Several power-aware routing schemes have been developed for wireless networks under the assumption that nodes are willing to sacrifice their power reserves in the interest of the network as a whole. But, in several applications of practical utility, nodes are organized in groups, and as a result, a node is willing to sacrifice in the interest of other nodes in its group but not necessarily for nodes outside its group. Such groups arise naturally as sets of nodes associated with a single owner or task. We consider the premise that groups will share resources with other groups only if each group experiences a reduction in power consumption. Then, the groups may form a coalition in which they route each other’s packets. We demonstrate that sharing between groups has different properties from sharing between individuals and investigate fair, mutually beneficial sharing between groups. In particular, we propose a paretoefficient condition for group sharing based on max-min fairness called fair coalition routing. We propose distributed algorithms for computing the fair coalition routing. Using these algorithms, we demonstrate that fair coalition routing allows different groups to mutually beneficially share their resources.

Document Type

Journal Article

Date of this Version

February 2007

Comments

Copyright 2007 IEEE. Reprinted in IEEE Transactions on Mobile Computing, Volume 6, Issue 2, February 2007, pages 206-220.

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Keywords

wireless communication, algorithm design and analysis, energy-aware systems and routing

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Date Posted: 14 February 2007

This document has been peer reviewed.