An iterative auction for EV charging station scheduling that maximizes social welfare via progressive preference elicitation, with proofs of individual rationality and experimental validation of efficiency under partial information.
ABSCEV: An agent-based simulation framework about smart trans- portation for reducing waiting times in charging electric vehicles,
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Bidding for Preferred Timing: An Auction Design for Electric Vehicle Charging Station Scheduling
An iterative auction for EV charging station scheduling that maximizes social welfare via progressive preference elicitation, with proofs of individual rationality and experimental validation of efficiency under partial information.