Design And Implementation Of Management System For Container Operation

In recent years, China’s container quay construction and development for all to see, but there are still some issues can not be ignore. On the one hand due to the rapid development of China’s economy makes a rapid increase in container throughput over quay design capacity, demand for container transportation and terminal capability gaps prominent contradictions; the other hand, most of our container terminal handling low mechanical efficiency, handling technology is not perfect, etc. The reason it can not lead to full production capacity of the pier. How in the existing facilities, improving quay efficiency is a key factor to ease the contradiction dock capability gap, which will require that the quay will be used as construction and information management important goal of development.In this dissertation, the management information service of container system for Long Wan Port, based on the current situation with the development and application of information technology, business processes on aspects of the system, functional structure for a detailed needs analysis and design. Through the final implementation of the system, the appearance of the yard and into the container for effective tracking and management in order to establish the optimal pier turn boxes, unloading and loading plan, to avoid unnecessary movement of containers to improve dock productivity. The greatest feature of this paper is to introduce information to container operations, reducing artificial factors involved in increased information processing system. Through the system can achieve rapid entry of container information is automatically assigned yard, as well as loading and unloading inside the truck route optimization. System uses an Oracle database, Java language and platform design and development, and cross-platform portability, ease of expansion and improvement of future functionality. In addition, the introduction of radio frequency technology and positioning system technology to quickly read containerized cargo information, and accurate positioning during loading and unloading of containers, so as to optimize the management of container purposes.