学 士 学 位 论 文
BACHELOR ’S THESIS
Abstract
With the rapid development of industrialisation, more and more companies
are paying attention to the dissemination and management of factory news. Th
erefore, it becomes particularly important to establish a Web-based factory new
s management system. According to SSM framework, this thesis has designed
and executed a Web-based factory news manage system using language of JSP
and Java, along with MySQL library.
First, the paper briefly introduced the background of the factory news
management system and this development process will use some of the technology
and introduced, technology including the current do system after all popular java
language, as well as jsp technology, also in the development of web-based systems
can not do without our amazing SSM framework, and finally the use of recent years
momentum is very strong free database mysql as the use of this paper database. Then
I described the embroidery ball analysis of this system, and drew the main flow chart,
functional analysis while giving the corresponding functional module diagram, and
finally carried out Xiaohengta's analysis, including system design and database
analysis, and gave the main ER structure of this system; system implementation is
mainly using SSM framework, JSP and MySQL database to achieve system functions;
system testing is mainly The system function and performance testing to ensure the
stability and reliability of the system.
The main contribution of this thesis is to propose a factory news manage
ment system based on SSM framework, JSP and MySQL database. The system
is able to publish and manage the internal news of the factory, this increased
the information exchange and the management of the factory with better effici
ency and better accuracy. In addition, the system is scalable and flexible, and
can be personalised to suit different factory needs.
In conclusion, the Web-based factory news management system has import
ant application value and development prospects. In the future, the practicality
and applicability of the system can be further improved by further refining the
system's functions and enhancing its performance.
