An integrated container terminal scheduling problem with different-berth sizes via multiobjective hydrologic cycle optimization.
Huifen ZhongZhaotong LianBowen XueBen NiuRong QuTianwei ZhouPublished in: Int. J. Intell. Syst. (2022)
Keyphrases
- quay crane
- container terminal
- scheduling problem
- multi objective
- optimization algorithm
- quay cranes
- multiobjective optimization
- multiple objectives
- parallel genetic algorithm
- optimum design
- single machine
- evolutionary algorithm
- conflicting objectives
- flowshop
- multi objective optimization
- evolutionary multiobjective
- squeaky wheel
- genetic algorithm
- objective function
- np hard
- optimization problems
- min max
- uniform design
- setup times
- processing times
- parallel machines
- particle swarm optimization
- optimization method
- optimization process
- genetic programming
- permutation flowshop
- multi objective evolutionary algorithms
- constrained optimization
- tabu search
- precedence constraints
- single objective optimization
- global optimization
- optimization methods
- special case
- lower bound