A charging-scheme decision model for electric vehicle battery swapping station using varied population evolutionary algorithms.
Hao WuGrantham Kwok-Hung PangKing Lun ChoyHoi Yan LamPublished in: Appl. Soft Comput. (2017)
Keyphrases
- electric vehicles
- decision model
- evolutionary algorithm
- decision problems
- decision making
- decision models
- evolutionary computation
- multi objective
- initial population
- decision makers
- multi objective optimization
- differential evolution
- differential evolution algorithm
- power system
- fitness function
- computational intelligence
- intelligent control
- renewable energy
- neural network
- decision theory
- cooperative
- genetic algorithm
- smart grid
- nsga ii
- special case
- artificial intelligence