Multi-objective missile boat scheduling problem using an integrated approach of NSGA-II, MOEAD, and data envelopment analysis.
Chun-Chih ChiuChyh-Ming LaiPublished in: Appl. Soft Comput. (2022)
Keyphrases
- data envelopment analysis
- multi objective
- nsga ii
- scheduling problem
- multi criteria
- multi objective optimization
- evolutionary algorithm
- multiobjective optimization
- pareto optimal
- efficient frontier
- optimization algorithm
- multiobjective evolutionary algorithm
- linear programming
- np hard
- input output
- multi objective optimization problems
- objective function
- bi objective
- tabu search
- multi objective evolutionary algorithms
- multi objective optimisation
- multiple objectives
- dea models
- multiple criteria
- pareto dominance
- genetic algorithm
- particle swarm optimization
- multiple objective programming
- multi objective problems
- evolutionary multiobjective
- evolutionary multiobjective optimization
- pareto optimal solutions
- pareto set
- test problems
- pareto fronts
- optimization problems
- differential evolution
- strength pareto evolutionary algorithm
- pareto frontier
- dea model
- job shop scheduling problem
- knapsack problem
- evolutionary computation
- optimal solution
- reinforcement learning