Non-cooperative multi-robot planning under shared resources

As more and more single-use robots are introduced to private and public spaces, it will become essential to mediate the interaction between robots. In particular, we consider the problem of resource sharing in non-cooperative multi-robot systems. We discuss the motivation for different types of shar...

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Main Author: Gautier, A
Format: Conference item
Language:English
Published: International Foundation for Autonomous Agents and Multiagent Systems 2022
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author Gautier, A
author_facet Gautier, A
author_sort Gautier, A
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description As more and more single-use robots are introduced to private and public spaces, it will become essential to mediate the interaction between robots. In particular, we consider the problem of resource sharing in non-cooperative multi-robot systems. We discuss the motivation for different types of shared resources and share how we used auctions to address the non-cooperative multi-agent pathfinding problem. We summarize those result, which are presented in full in a separate paper. Finally, we discuss some avenues for future work, including the application of auctions to allocate multi-unit chance-constrained resources under the presence of uncertainty.
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spelling oxford-uuid:ec0f5737-fc75-4eea-826e-a9a64313d6f52022-12-15T09:10:43ZNon-cooperative multi-robot planning under shared resourcesConference itemhttp://purl.org/coar/resource_type/c_5794uuid:ec0f5737-fc75-4eea-826e-a9a64313d6f5EnglishSymplectic ElementsInternational Foundation for Autonomous Agents and Multiagent Systems2022Gautier, AAs more and more single-use robots are introduced to private and public spaces, it will become essential to mediate the interaction between robots. In particular, we consider the problem of resource sharing in non-cooperative multi-robot systems. We discuss the motivation for different types of shared resources and share how we used auctions to address the non-cooperative multi-agent pathfinding problem. We summarize those result, which are presented in full in a separate paper. Finally, we discuss some avenues for future work, including the application of auctions to allocate multi-unit chance-constrained resources under the presence of uncertainty.
spellingShingle Gautier, A
Non-cooperative multi-robot planning under shared resources
title Non-cooperative multi-robot planning under shared resources
title_full Non-cooperative multi-robot planning under shared resources
title_fullStr Non-cooperative multi-robot planning under shared resources
title_full_unstemmed Non-cooperative multi-robot planning under shared resources
title_short Non-cooperative multi-robot planning under shared resources
title_sort non cooperative multi robot planning under shared resources
work_keys_str_mv AT gautiera noncooperativemultirobotplanningundersharedresources