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饮料物流管理系统的开发与实现

The Development and Implementation of the Drink Logistics Management System

【作者】 李响

【导师】 穆斌; 金伟祖; 赵自胜;

【作者基本信息】 同济大学 , 软件工程, 2008, 硕士

【摘要】 物流作为一个新兴产业,在我国的社会经济发展中,起着越来越大的作用。物流管理系统是一种综合且复杂的物流信息管理系统,涵盖了多种不同的作业方式,是现代信息管理技术在物流作业、物流规划、物流管理等方面的具体体现。而本文主要论述的是依据饮料销售及运输的特点而开发的饮料物流管理系统。本文首先提出了饮料物流管理系统的开发目标,使用面向对象的思想,针对饮料商品复杂的物流业务流程进行详细充分的讨论,形成各类系统用例。然后提出了开发构架和数据库设计方案,并对系统功能进行了模块化的划分。系统主要功能包括销售管理、仓储管理、运输配送管理以及财务管理等。最后,介绍了饮料物流管理系统的主要功能的具体实现,并为配送流程建立数学模型,设计并实现算法以达到配送最优化,以实现物流系统管理的核心功能。

【Abstract】 In the economic development of our society, logistics which is a new industry, plays a more and more important role. Logistics management system which covers a wide range of operations is one kind of the synthetical and complex logistics information management system, and it is the specific expression of the modern information management techniques in the logistics operations, logistics planning, logistics management and other aspects. This dissertation mainly discussed the drink logistics management system which is developed based on the characteristic of drink selling and transporting.This dissertation first brings forward that what is the implementation target of the Drink Logistics Management System, using the OO (=Object Oriented) idea, focusing on the complicated drink commodity logistics business process to discuss in detail, to form various types of system use case. Then it brings forward the exploitation structure and the database design scheme and gives a modularization partition on the system function. The major functions of the system are including sales management, warehouse management, transportation and distribution management, financial management and so on. Finally, this paper introduces that how to implement of the major function of the Drink Logistics Management System .At the same time ,it builds a mathematic model for the distribution technological process, designs and realizes the algorithm to reach the distribution optimization ,in order to realize the core function of the logistics management system.

  • 【网络出版投稿人】 同济大学
  • 【网络出版年期】2008年 08期
  • 【分类号】TP311.52
  • 【被引频次】1
  • 【下载频次】456
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