VCG with Communities on Random Ad Hoc Networks

We study game-theoretic mechanisms for routing in wireless ad hoc networks. Our major results include a combination of theoretical bounds and extensive simulations, showing that VCG-based routing in wireless ad-hoc networks exhibits small frugality ratio with high probability. Game-theoretic mechani...

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Main Authors: Gunes Ercal, Rafit Izhak-Ratzin, Rupak Majumdar, Adam Meyerson
Format: Article
Language:English
Published: Wiley 2011-05-01
Series:International Journal of Distributed Sensor Networks
Online Access:https://doi.org/10.1155/2011/895398
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author Gunes Ercal
Rafit Izhak-Ratzin
Rupak Majumdar
Adam Meyerson
author_facet Gunes Ercal
Rafit Izhak-Ratzin
Rupak Majumdar
Adam Meyerson
author_sort Gunes Ercal
collection DOAJ
description We study game-theoretic mechanisms for routing in wireless ad hoc networks. Our major results include a combination of theoretical bounds and extensive simulations, showing that VCG-based routing in wireless ad-hoc networks exhibits small frugality ratio with high probability. Game-theoretic mechanisms capture the noncooperative and selfish behavior of nodes in a resource-constrained environment. There have been some recent proposals to use these mechanisms (in particular VCG) for routing in wireless ad-hoc networks, and some frugality bounds are known when the connectivity graph is essentially complete. We are the first to show frugality bounds for random geometric graphs, a well-known model for ad-hoc wireless connectivity. In addition, we generalize the model of agent behavior by allowing sets of nodes to form communities to maximize total profit. We are the first to analyze the performance of VCG under such a community model. While some recent truthful protocols for the traditional (individual) agent model have improved upon the frugality of VCG by selecting paths to minimize not only the cost but the overpayment, we show that extending such protocols to the community model requires solving NP-complete problems which are provably hard to approximate.
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institution Kabale University
issn 1550-1477
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publishDate 2011-05-01
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series International Journal of Distributed Sensor Networks
spelling doaj-art-4faf5f1dd2a64211827ac4dd3cd4bf4b2025-02-03T06:45:23ZengWileyInternational Journal of Distributed Sensor Networks1550-14772011-05-01710.1155/2011/895398895398VCG with Communities on Random Ad Hoc NetworksGunes Ercal0Rafit Izhak-Ratzin1Rupak Majumdar2Adam Meyerson3 University of Kansas, Lawrence, KS 66045, USA Palo Alto Networks, Sunnyvale, CA 94089, USA Max Planck Institute, 66123 Saarbruecken, Germany University of California, Los Angeles, CA 90095, USAWe study game-theoretic mechanisms for routing in wireless ad hoc networks. Our major results include a combination of theoretical bounds and extensive simulations, showing that VCG-based routing in wireless ad-hoc networks exhibits small frugality ratio with high probability. Game-theoretic mechanisms capture the noncooperative and selfish behavior of nodes in a resource-constrained environment. There have been some recent proposals to use these mechanisms (in particular VCG) for routing in wireless ad-hoc networks, and some frugality bounds are known when the connectivity graph is essentially complete. We are the first to show frugality bounds for random geometric graphs, a well-known model for ad-hoc wireless connectivity. In addition, we generalize the model of agent behavior by allowing sets of nodes to form communities to maximize total profit. We are the first to analyze the performance of VCG under such a community model. While some recent truthful protocols for the traditional (individual) agent model have improved upon the frugality of VCG by selecting paths to minimize not only the cost but the overpayment, we show that extending such protocols to the community model requires solving NP-complete problems which are provably hard to approximate.https://doi.org/10.1155/2011/895398
spellingShingle Gunes Ercal
Rafit Izhak-Ratzin
Rupak Majumdar
Adam Meyerson
VCG with Communities on Random Ad Hoc Networks
International Journal of Distributed Sensor Networks
title VCG with Communities on Random Ad Hoc Networks
title_full VCG with Communities on Random Ad Hoc Networks
title_fullStr VCG with Communities on Random Ad Hoc Networks
title_full_unstemmed VCG with Communities on Random Ad Hoc Networks
title_short VCG with Communities on Random Ad Hoc Networks
title_sort vcg with communities on random ad hoc networks
url https://doi.org/10.1155/2011/895398
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AT rupakmajumdar vcgwithcommunitiesonrandomadhocnetworks
AT adammeyerson vcgwithcommunitiesonrandomadhocnetworks