天津神华煤炭码头物流管理系统的设计与实现
发布时间：2018-07-28 17:28
【摘要】：伴随着科学技术的不断发展,全球一体化市场的形成、客户需求的多变性以及特殊性,使得企业所面临的竞争压力十分巨大。在传统的经营模式中,从产品的成本以及人力利用上去获取更多的利润已经变得不现实。大多数企业将利润的关注点转移到了物流的开支。在产品的运输过程中,运输环节的合理安排使得企业在时间上和完成效果上都得到了很好的提高。从当前煤炭资源整合推进的现状来看,煤炭的生产、流通格局都在发生着巨大的变化。主要的设计思路体现在实现提高物流的处理效率、物流管理中的成本、满足用户的产品需求、以及越来越自动化、信息化的发展趋势。主要目的在于使得传统模式下的基本问题得到改善。通过对企业物流管理的改造和结构的重新组织,使得企业达到全面共享、执行力度不断加强的效果。所以论文针对天津深化煤炭码头的物流运输管理工作进行研究。在对天津神华煤炭码头物流管理系统进行研究的过程中,围绕用户的实际要求,分别设计并实现了基础设施管理功能、进煤管理功能、出库管理功能以及财务结算管理功能。系统在研究过程中,选择了B/S架构、MVC设计模块,Structs框架结构完成系统的整体开发、设计以及模块实现。同时MVC模式的引入,有效的减轻了构建天津神华煤炭码头物流管理系统的负担。在系统数据库的构建方面,系统将采用Oracle数据库对其数据进行管理。通过这些技术的使用,使系统的功能和性能都更加完善。在系统开发完后,通过详细的测试,该系统已达到用户的要求,可以投入使用。通过对多方面资源的整合,在煤炭经营的模式上有了更好的提高。企业效益与工作效率得到很好的协调,不仅仅降低了工作成本,而且还满足了用户需求。为企业的转型提供了一个科学、实用的可持续发展工具,同时也证明了该系统的研究是非常有意义的。
[Abstract]:With the continuous development of science and technology, the formation of global integration market, the variability and particularity of customer demand, the competition pressure faced by enterprises is very great. In the traditional business model, it has become unrealistic to gain more profits from the cost of products and the utilization of human resources. Most companies shift their profit focus to logistics spending. In the process of product transportation, the reasonable arrangement of transportation links improves the time and the effect of completion. From the current situation of coal resources integration, coal production, circulation patterns are undergoing tremendous changes. The main design ideas are realized to improve the efficiency of logistics, the cost of logistics management, to meet the needs of users, as well as more and more automation, information development trend. The main purpose is to improve the basic problems in the traditional mode. Through the transformation of the enterprise logistics management and the reorganization of the structure, the enterprises can achieve the effect of overall sharing and continuous strengthening of the execution. So this paper studies the logistics and transportation management of coal wharf in Tianjin. In the process of studying logistics management system of Tianjin Shenhua Coal Wharf, this paper designs and implements the functions of infrastructure management, coal intake management, outbound management and financial settlement management around the actual requirements of users. In the process of the system research, we select the B / S architecture and MVC design module to complete the overall development, design and module implementation of the system. At the same time, the introduction of MVC model effectively lightens the burden of constructing logistics management system of Tianjin Shenhua Coal Wharf. In the system database construction, the system will use the Oracle database to manage its data. Through the use of these technologies, the function and performance of the system are more perfect. After the development of the system, through the detailed test, the system has reached the user's requirements and can be put into use. Through the integration of various resources, the mode of coal management has been better improved. Enterprise benefit and work efficiency are well coordinated, not only to reduce the cost of work, but also to meet the needs of users. It provides a scientific and practical sustainable development tool for the transformation of enterprises, and also proves that the research of this system is very meaningful.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52
本文编号：2151055
[Abstract]:With the continuous development of science and technology, the formation of global integration market, the variability and particularity of customer demand, the competition pressure faced by enterprises is very great. In the traditional business model, it has become unrealistic to gain more profits from the cost of products and the utilization of human resources. Most companies shift their profit focus to logistics spending. In the process of product transportation, the reasonable arrangement of transportation links improves the time and the effect of completion. From the current situation of coal resources integration, coal production, circulation patterns are undergoing tremendous changes. The main design ideas are realized to improve the efficiency of logistics, the cost of logistics management, to meet the needs of users, as well as more and more automation, information development trend. The main purpose is to improve the basic problems in the traditional mode. Through the transformation of the enterprise logistics management and the reorganization of the structure, the enterprises can achieve the effect of overall sharing and continuous strengthening of the execution. So this paper studies the logistics and transportation management of coal wharf in Tianjin. In the process of studying logistics management system of Tianjin Shenhua Coal Wharf, this paper designs and implements the functions of infrastructure management, coal intake management, outbound management and financial settlement management around the actual requirements of users. In the process of the system research, we select the B / S architecture and MVC design module to complete the overall development, design and module implementation of the system. At the same time, the introduction of MVC model effectively lightens the burden of constructing logistics management system of Tianjin Shenhua Coal Wharf. In the system database construction, the system will use the Oracle database to manage its data. Through the use of these technologies, the function and performance of the system are more perfect. After the development of the system, through the detailed test, the system has reached the user's requirements and can be put into use. Through the integration of various resources, the mode of coal management has been better improved. Enterprise benefit and work efficiency are well coordinated, not only to reduce the cost of work, but also to meet the needs of users. It provides a scientific and practical sustainable development tool for the transformation of enterprises, and also proves that the research of this system is very meaningful.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52
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