Optimize the container block sizing and the container arrangement in polygonal container yard

随着集装箱船的大型化，国外的集装箱码头为了顺利运营，纷纷想出各种办法进行布局。世界上有许多矩形集装箱码头。不过，国外也有多边形航站楼。在矩形码头中，集装箱区块之间的一条通道沿码头长度与其他通道之间的距离相同，一个集装箱区块的大小也与其他集装箱区块的大小相同。在多边形码头中，集装箱区块之间的通道位置和集装箱区块的大小取决于集装箱区块的形状和区域等。为此，本研究提出了预先给定形状的集装箱区内货柜布置与集装箱区间过道位置的优化算法。

As the containerships have become larger, the container terminals in foreign counties come up with various ideas to make the layout in order to be smoothly operated. There are many rectangular container terminals in the world. However, there are also polygonal terminals in foreign counties. In the rectangular terminal, one aisle between container blocks is located in same interval as others along the quay length, and the size of one container block is also same as others. In the polygonal terminal, the aisle between container blocks located and the size of container block are dependent on the shape and the region and so on. Therefore, this study proposes the algorithm for optimizingthe aisle location between container blocks and the container arrangement in yard area with a shape given in advance.