面向码头的疏运管理系统的设计与实现
发布时间：2018-12-16 12:23
【摘要】：随着我国港口物流产业的飞速发展，建设“智慧港口”逐渐成为港口信息平台发展的新方向。本文以上海某码头散杂货疏运管理为研究背景，借助.NET平台，从该港当前管理的实际需求出发，，设计构建了该“码头的疏运系统”。 系统开发采用C#编程，利用ASP.NET技术以及SQL Server2008数据库，并结合分页技术、Excel数据导入、网页数据导出技术、成员资格管理程序等。 首先，针对散杂货疏运管理的客户需求以及该平台需要解决的问题，对某码头散杂货疏运系统进行了详细阐述。在需求分析的基础上，分别进行了系统的框架设计、功能模块设计以及数据库设计。其中，在系统功能模块设计中，通过流程图、模块图等方法描述了系统主要功能——基本资料数据的模糊组合查询、载货清单数据的导入、作业计划管理、打印作业票、卸货理货单的管理、装货理货单的管理、库场账页的查询、吞吐量统计、基于成员资格管理程序的用户管理的实现机制等。在数据库设计上，使用ER关系图描述了系统数据库表的结构关系，并将ER模型转换为关系模式集，为物理实现数据库打下基础，继而在数据库中创建了船舶港口和库场余量表、过磅记录、工班计划表等存储对象。 结果表明，该信息系统具有一定的易用性、可维护性、可重用性、可扩展性等特点，且基本满足了该港口散杂货疏运管理的需求。
[Abstract]:With the rapid development of port logistics industry in China, the construction of "smart port" has gradually become a new direction of port information platform development. In this paper, based on the research background of bulk cargo management in Shanghai wharf, and with the aid of .NET platform, this paper designs and constructs the "Wharf sparse Transportation system" according to the actual requirements of the port's current management. The system uses C # programming, ASP.NET technology and SQL Server2008 database, combined with paging technology, Excel data import, web page data export technology, membership management program and so on. Firstly, aiming at the customer demand of bulk grocery management and the problems that need to be solved on the platform, the system of bulk grocery transportation in a wharf is described in detail. On the basis of requirement analysis, the system frame design, function module design and database design are carried out respectively. In the design of the system function module, the main functions of the system are described by flow chart, module diagram and other methods, such as the fuzzy combination query of the basic data, the import of the cargo list data, the management of the work plan, the printing of the job ticket, etc. The management of the discharge tally, the management of the loading list, the query of the warehouse account page, the throughput statistics, the implementation mechanism of the user management based on the membership management program, etc. In database design, ER diagram is used to describe the structural relationship of the database table of the system, and the ER model is transformed into relational schema set, which lays the foundation for the physical implementation of the database, and then creates the ship port and yard allowance table in the database. Weight records, work schedule and other storage objects. The results show that the information system is easy to use, maintainable, reusable and extensible, and basically meets the requirements of the port bulk cargo management.
【学位授予单位】：吉林大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52
本文编号：2382335
[Abstract]:With the rapid development of port logistics industry in China, the construction of "smart port" has gradually become a new direction of port information platform development. In this paper, based on the research background of bulk cargo management in Shanghai wharf, and with the aid of .NET platform, this paper designs and constructs the "Wharf sparse Transportation system" according to the actual requirements of the port's current management. The system uses C # programming, ASP.NET technology and SQL Server2008 database, combined with paging technology, Excel data import, web page data export technology, membership management program and so on. Firstly, aiming at the customer demand of bulk grocery management and the problems that need to be solved on the platform, the system of bulk grocery transportation in a wharf is described in detail. On the basis of requirement analysis, the system frame design, function module design and database design are carried out respectively. In the design of the system function module, the main functions of the system are described by flow chart, module diagram and other methods, such as the fuzzy combination query of the basic data, the import of the cargo list data, the management of the work plan, the printing of the job ticket, etc. The management of the discharge tally, the management of the loading list, the query of the warehouse account page, the throughput statistics, the implementation mechanism of the user management based on the membership management program, etc. In database design, ER diagram is used to describe the structural relationship of the database table of the system, and the ER model is transformed into relational schema set, which lays the foundation for the physical implementation of the database, and then creates the ship port and yard allowance table in the database. Weight records, work schedule and other storage objects. The results show that the information system is easy to use, maintainable, reusable and extensible, and basically meets the requirements of the port bulk cargo management.
【学位授予单位】：吉林大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52
【参考文献】
相关期刊论文 前1条
1 秦润基;上海宝山钢铁总厂港口码头工程介绍[J];水运工程;1994年03期
本文编号：2382335
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