Genetic algorithm based scheduling model of continuous casting crystallizer copper electroplating

According to the bottleneck process- copper electroplating of the repair process for continuous casting crystallizer copper, a genetic algorithm is designed to solve its scheduling problem, including the coding, the decoding, the crossover and mutation. Through the analysis of simulation experiments, compared with the use of the manual mode and the heuristic algorithm, the genetic algorithm shows a better performance. Finally, the algorithm is applied to the practical production scheduling, and obtains a good application effect.