Genetic Algorithm Driven by Translational Mutation Operator for the Scheduling Optimization in the Steelmaking-Continuous Casting Production.
Lin GuanYalin WangXujie TanChenliang LiuPublished in: Intelligent Information Processing (1) (2024)
Keyphrases
- mutation operator
- genetic algorithm
- function optimization
- evolutionary algorithm
- differential evolution
- real coded
- crossover operator
- optimization method
- premature convergence
- optimization algorithm
- evolutionary strategy
- genetic operators
- optimization problems
- evolutionary programming
- multi objective
- multiple objectives
- fitness function
- evolution strategy
- convergence rate
- crossover and mutation
- production scheduling
- global search
- job shop scheduling problem
- multi objective optimization
- population diversity
- particle swarm
- genetic algorithm ga
- scheduling problem
- initial population
- simulated annealing algorithm
- differential evolution algorithm
- crossover and mutation operators
- production planning
- nsga ii
- simulated annealing
- optimization methods
- global optimization
- neural network
- step size
- artificial neural networks
- harmony search
- convergence speed
- traveling salesman problem
- combinatorial optimization
- metaheuristic
- computational complexity
- multiscale
- selection operator