| Document Date: 2009-12-08 14:41:49
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City Dias / / Company Adaptive Hardware / / / Facility Adrian Tatnall University of Southampton / / IndustryTerm energy levels / respective applications / energy costs / distributed computing network / energy dependent bids / distributed multi-agent system solution / sensor networks / social and biological networks / multi-agent systems / energy cost / satellite types / heterogeneous network / satellite sensor network using optimisation algorithms / networked computing systems / distributed computing systems / distributed computing perspective marketplaces / satellite failures / distributed satellite mission / energy uses / satellite failure / multi-satellite system / distributed satellite system / distributed space applications / wireless sensor networks / energy budget / multi-objective evolutionary algorithm / wireless links / space applications / Natural systems / technological systems / wireless microsensor networks / multi-robot systems / energy / / Organization Congress / National Aeronautics and Space Administration / University of Southampton / / Person Jason Noble / / Position central controller / distributed controller / auctioneer / rarely compared head / controller / / ProvinceOrState M.B. / / PublishedMedium IEEE Transactions on Software Engineering / / Technology multi-objective evolutionary algorithm / satellite sensor network using optimisation algorithms / ESA / Simulation / /
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Robustness of Market-based Task Allocation in a Distributed Satellite System Johannes van der Horst, Jason Noble, and Adrian Tatnall University of Southampton, Southampton, SO17 1BJ, United Kingdom [removed].