| Document Date: 2014-12-15 22:25:12
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City New York / Yokohama / / Country Japan / / / Facility Japan Institute of Energy / Hiroshi Maruyama Institute of Statistical Mathematics / / IndustryTerm weight balancing algorithm / weighted graph balancing algorithm / electricity household demand / Electricity affordability / feasible initial solution / parallel computing / verification algorithm / approximation algorithm / local green energy / renewable energy sources / electricity exchange / graph clustering algorithm / maximum flow algorithm / travel speed / distributed energy management / graph partitioning algorithm / decentralized electricity management system / electricity surplus distribution / energy / electricity / pv systems / cound store electricity surplus / agent-based transportation simulator / co2 management / graph partition algorithm / neural computing / study graph partitioning algorithms / maximum flow algorithms / resilient electricity sharing / ev transport using pv systems / local electricity-sharing system / electricity demand / graph balancing algorithm / electricity surplus / unit electricity demand / graph clustering algorithms / studied graph partition algorithms / / Organization Japan Institute of Energy / Japan Society of Civil Engineers / Hiroshi Maruyama Institute of Statistical Mathematics / / Person J. Van Laarhoven / Nana Arizumi / Kazuhiro Minami / Tomoya Tanjo / / ProgrammingLanguage R / / Technology radiation / weighted graph balancing algorithm / RCB graph partitioning algorithm / Peer-to-peer / existing maximum flow algorithms / B. Weighted graph balancing algorithm / 1 Algorithm / RCB algorithm / clustering algorithm / graph partitioning algorithm / RCB algorithms / Edmonds-Karp maximum flow algorithm / graph clustering algorithms / SFC algorithm / proposed algorithm / maximum flow algorithm / weight balancing algorithm / approximation algorithm / previously studied graph partition algorithms / verification algorithm / study graph partitioning algorithms / graph clustering algorithm / simulation / return glist Algorithm / decision support system / graph partition algorithm / / URL http /
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Flexible Graph Partitioning of Power Grids with Peer-to-peer Electricity Exchange Kazuhiro Minami, Tomoya Tanjo, Nana Arizumi, Hiroshi Maruyama Institute of Statistical Mathematics, Tokyo, Japan Email: {kminami, tanjo, a