基于J2EE的物流管理系统的设计与实现
发布时间：2018-12-10 19:00
【摘要】：伴随着电子商务的迅猛发展,最近几年物流业也发展迅速。但是长久以来,物流公司的管理成本却居高不下。如何整合网络资源和信息技术,提升物流管理工作的效率和准确度、节省开销、增加利润成为一个亟待解决的问题。目前,基于信息技术的物流信息管理平台能够大幅提升物流公司的管理效率,为物流公司节省大量的人力和物力资源。因此,本文研究开发一套针对物流具体业务、客户实际需求的物流管理信息系统。本文通过自上向下的模式,结合物流企业的物流管理流程和具体内容,开发一套基于J2EE的物流管理信息系统,系统的各模块充分针对物流企业的具体工作事务,以提高物流企业的工作效率和加强企业的日常管理。本文主要研究信息管理系统设计与开发中所涉及到的相关技术,主要包括SOA技术、J2EE的架构以及基于MVC的设计模式等,将这些技术应用于物流信息系统的设计与实现中。在对物流系统的功能方面的需求和性能方面的需求分析的基础上对信息系统进行设计,包括系统层次的设计、系统主要模块和功能的设计,以及系统数据库的设计。同时,采用类图和时序图相互结合的方法,对系统的主要模块:仓储管理模块、分拣管理模块、配送管理模块、绩效管理模块、设备管理模块、车辆管理模块、系统管理模块等的具体设计过程进行了详尽的设计和实现过程。最后对所实现的物流信息管理系统进行测试,包括功能的测试与性能的测试。在功能测试中,通过编写具体的用例,进行系统输入,然后对期待的输出和实际输出进行比较;通过模拟大量用户同时操作的场景来测试信息系统的压力承受能力,并对测试结果数据进行了分析。测试结果表明所实现的基于J2EE的物流信息管理系统满足设计预期,令人满意。
[Abstract]:With the rapid development of e-commerce, the logistics industry has also developed rapidly in recent years. But for a long time, the management cost of logistics company is high. How to integrate network resources and information technology, improve the efficiency and accuracy of logistics management, save expenses and increase profits has become an urgent problem. At present, logistics information management platform based on information technology can greatly improve the management efficiency of logistics companies, and save a lot of manpower and material resources for logistics companies. Therefore, this paper studies and develops a logistics management information system for logistics specific business and customers' actual needs. In this paper, a logistics management information system based on J2EE is developed in combination with logistics management process and specific content of logistics enterprises through top-down mode. Each module of the system is fully aimed at the specific work affairs of logistics enterprises. In order to improve the efficiency of logistics enterprises and strengthen the daily management of enterprises. This paper mainly studies the related technologies involved in the design and development of information management system, including the SOA technology, the structure of J2EE and the design pattern based on MVC, and applies these technologies to the design and implementation of logistics information system. Based on the requirement analysis of the function and performance of the logistics system, this paper designs the information system, including the design of the system level, the design of the main modules and functions of the system, and the design of the system database. At the same time, the main modules of the system are as follows: warehouse management module, sorting management module, distribution management module, performance management module, equipment management module, vehicle management module. The detailed design and implementation process of the system management module are carried out. Finally, the logistics information management system is tested, including function test and performance test. In the function test, the system input is carried out by writing specific use cases, and then the expected output is compared with the actual output. The pressure tolerance of the information system is tested by simulating a large number of users operating at the same time, and the test results are analyzed. The test results show that the logistics information management system based on J2EE meets the design expectation and is satisfactory.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52
本文编号：2371056
[Abstract]:With the rapid development of e-commerce, the logistics industry has also developed rapidly in recent years. But for a long time, the management cost of logistics company is high. How to integrate network resources and information technology, improve the efficiency and accuracy of logistics management, save expenses and increase profits has become an urgent problem. At present, logistics information management platform based on information technology can greatly improve the management efficiency of logistics companies, and save a lot of manpower and material resources for logistics companies. Therefore, this paper studies and develops a logistics management information system for logistics specific business and customers' actual needs. In this paper, a logistics management information system based on J2EE is developed in combination with logistics management process and specific content of logistics enterprises through top-down mode. Each module of the system is fully aimed at the specific work affairs of logistics enterprises. In order to improve the efficiency of logistics enterprises and strengthen the daily management of enterprises. This paper mainly studies the related technologies involved in the design and development of information management system, including the SOA technology, the structure of J2EE and the design pattern based on MVC, and applies these technologies to the design and implementation of logistics information system. Based on the requirement analysis of the function and performance of the logistics system, this paper designs the information system, including the design of the system level, the design of the main modules and functions of the system, and the design of the system database. At the same time, the main modules of the system are as follows: warehouse management module, sorting management module, distribution management module, performance management module, equipment management module, vehicle management module. The detailed design and implementation process of the system management module are carried out. Finally, the logistics information management system is tested, including function test and performance test. In the function test, the system input is carried out by writing specific use cases, and then the expected output is compared with the actual output. The pressure tolerance of the information system is tested by simulating a large number of users operating at the same time, and the test results are analyzed. The test results show that the logistics information management system based on J2EE meets the design expectation and is satisfactory.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52
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