关键词: 箱位分配, 场桥调度, 遗传模拟退火算法

Abstract: The efficiency of the outbound container storage allocation and yard crane scheduling has an important impact on terminal yard operation. In order to improve the yard wndes uneertain envivonment, a bi-level programming model is proposed considering the relationship between the outbound container stacking and loading work. The upper level model whose object is to minimize the working time of the loading and stacking operation aims to find a plan of the outbound containers storage allocation. According to the plan, the lower level model, serving upper level model, improves the pre-marshalling work first and then the stacking work. The final result is obtained through continuous balance between the loading and stacking work. To solve the model, Imrsoved gebetuc sunykaeed abbeakubg akgirutgn is designed. Through numerical experiments, the validity of the model and IGSAA is verified. The research is conducive to improving the efficiency of yard operations.

Key words: storage space allocation, yard crane scheduling, genetic simulated annealing algorithm