A basic information
Title: Logistics Management Information System of University Design and Implementation
Time: 2013
Source: Shandong University
Keywords: logistics management systems; J2EE; MVC pattern; Apriori algorithm
The second study content
1. The main contents of the paper
(1) first studied and described the key technologies used in J2EE, analysis and research of its technological advantages of distributed multi-tier application model, in-depth study of the more popular framework for the integration of technology SSI (Struts, the Spring, IBATIS)
( 2) the development of models of various types of research information management system (C / S, the integration of Web technologies C / S and B / S), analyze strengths, proposed the design principle of the system, determine the development model of the system using B / S structure , division of the functional structure of a system to system requirements and business processes based system using UML modeling language, the overall system design ideas
displayed, according to the needs of the next analysis, the order of conceptual design, logical design and physical design from four show aspects of database design of the system.
(3) description of each layer of the operating environment and development tools, operation of the system design of the system and the coding system implemented in a development framework.
(4) In association Apriori algorithm, combined with the actual needs of the present system in data analysis and decision making, analyzing problems and improve the algorithm, actual data in conjunction with the system using the improved algorithm to data mining Apriori analysis, summarized Improvement the importance of the logistics management of Apriori algorithm.
(5) analyzes and summarizes the advantages of the system and the existing shortcomings, for further expansion of the system raised hopes and suggestions.
2. Structure of thesis
The first chapter is the introduction, analyzes the background and significance of the subject, describes the use of cutting-edge technology research institute, summarizes the research and drafting architecture of this
key technology of the second chapter of Logistics Management Information System of University , detailed and in-depth study of the J2EE platform, MVC design pattern, the following discussion and analysis of the more popular framework for the integration of technology SSI
Chapter Logistics management information system analysis and design. Features from the system first determines the design principles and objectives, describes the development mode of logistics management information system, the overall analysis of system requirements, use cases based on business needs, the modeling analysis for the four major functional modules of the system, given a database design system .
Logistics Management Information System to achieve the university fourth chapter introduces the tools and working environment requirements of the system used in the development process, and then in turn introduces the development of design flow of the system, and then were elaborated concrete realization of the layers.
The fifth chapter discusses a classical algorithm called Apriori association rules, combined with the system of data analysis, decision-making and other aspects of the actual needs, analyze problems and improved algorithm, combined with the actual data of the system with the improved Apriori algorithm its data mining analysis, Apriori improved algorithm summarized
the importance of logistics management;
3. product database design
(1) online repair module entity Relationship diagram
(2) online payment module Entity Relationship diagram
(3) green management module entities associated map
(4) Parking Management Module Entity Relationship diagram
Three conclusions
Apriori association algorithm, combined with the actual needs of the system in data analysis and decision making, analyze problems and improved algorithms,
combined with the actual data system with the improved Apriori algorithm to data mining analysis, summary Apriori algorithm improved logistics management the importance of the work.
Four References
[1] Weiguo Yong. Design Logistics Management Information System of University and Implementation [D]. Shandong University, 2013