Intelligent Optimization Of Container Yard

Container yard suitcase is a major factor to the port efficiency and the service quality. And the choice of the down container location will affects the speed of container sending, and even affects the overall fluency loading system seriously.In this paper, we had an in-depth study to the general problem of the container relocation and the export container. To the general problem of the containers relocation the paper presented a Game model for the relocation containers in the yard. We saw the customers and the terminal as the insider of the Game process, the time when the customers coming to pick up the containers as the insider's strategy. Their strategy passed to the terminal though the electronic exchange of information, when the terminal got the information, they also got the propriety of every container, then they proposed Game heuristic algorithm though establishing the utility function, which is achieved by converting the least relocation and the heuristic algorithm to the largest utility function and the heuristic algorithm. The result shows that the performance of the algorithm is better than other similar algorithms at home and abroad.To the problem of export containers, the paper based on in-depth analysis of inverted containers and optimization model of the containers loading when operating in real terms, it took the minimize total number of inverted containers, tried best to balance the inverted number of each sending, the maximum smooth shipment of the loading system as the constraints, and proposed a heuristic optimization algorithm based on corridor method (short for C-M). The experiments showed that the algorithm balanced the down containers number of single suitcase, and at the same time it optimized the total number of inverted containers at a large degree.