Keywords
Instituto de InvestigaciĆ³n TecnolĆ³gica (IIT), Transmission planning, cooperative game theory, multi-agent systems
Coalition formation in transmission expansion planning
Abstract
The study of a decentralized coalition formation scheme in a specific power systems transmission expansion scenario is the purpose of this paper. We define first who are the agents in the expansion game providing a decentralized coalition formation scheme based on bilateral Shapley values. Finally, we allocate the total costs of expansion among the agents, based on the coalition history, and we compare our method with a centralized scheme. See Javier Contreras\' personal homepages: http://www.iit.upco.es/~javierc and/or http://www.eecs.berkeley.edu/~javier for more details.
The study of a decentralized coalition formation scheme in a specific power systems transmission expansion scenario is the purpose of this paper. We define first who are the agents in the expansion game providing a decentralized coalition formation scheme based on bilateral Shapley values. Finally, we allocate the total costs of expansion among the agents, based on the coalition history, and we compare our method with a centralized scheme. See Javier Contreras\' personal homepages: http://www.iit.upco.es/~javierc and/or http://www.eecs.berkeley.edu/~javier for more details.
The study of a decentralized coalition formation scheme in a specific power systems transmission expansion scenario is the purpose of this paper. We define first who are the agents in the expansion game providing a decentralized coalition formation scheme based on bilateral Shapley values. Finally, we allocate the total costs of expansion among the agents, based on the coalition history, and we compare our method with a centralized scheme. See Javier Contreras\' personal homepages: http://www.iit.upco.es/~javierc and/or http://www.eecs.berkeley.edu/~javier for more details.
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