论文总字数:19773字
摘 要
随着控制技术的发展,一种跨平台式的、可进行远程管理的、通用的监测控制系统必不可少。本文就是在这种背景下提出了跨平台的监测控制系统的方案。以控制代码的跨平台为设计目标,实现其在不同底层控制模块上的实时运行,并通过多种通信接口与主控机交互,完成集散控制。本文主要阐述了应用java的跨平台行,开发一个能实现监测与控制的客户端应用程序,用于各种设备状态的统一监测与控制,提高管理效率。主要采用java中的eclipse和MySQL工具以及TCP通讯协议进行开发,通过数据库的存储与读取获得相应的状态信息,设计适当的系统模块用以显示输出,并定义适当的方法和按钮实现对设备的控制。编写了部分程序并成功运行,基本达到预期的目的。
关键词:java eclipse 数据库 TCP通讯 系统设计
Abstract
With the development of control technology, a general, cross platform, can be the remote management monitoring and control system is necessary. Based on this background, this article proposed a scheme for a cross platform monitoring and control system. The design goal is the cross platform of the control code, to achieve its real-time operation on the different bottom control module,and interactive with the main control machine through a variety of communication interface, complete the distributed control. This article mainly describes the application of Java cross-platform, developing a client application program that can realize the monitoring and control , for a unified monitoring and control of the state of a variety of equipment, improve management efficiency. Mainly adopts the eclipse Java and MySQL and TCP communication sprotocol development, through the database storage and read to get the corresponding state information, design the appropriate system module to display, and define the appropriate methods and button to achieve control of the equipment. Written a part of the code and run successfully, basically to achieve the expected purpose.
Keywords: java eclipse date base TCP communication system design
目录
摘要 2
Abstract 3
引言 5
- 背景意义介绍 6
- 开发工具介绍 6
- Java 6
- Java的跨平台性 6
- Java语言是易学的 6
- Java语言是安全的 7
- Java语言是原生支持多线程的 7
- Eclipse 7
- 数据库 7
- TCP通讯协议 8
- 小结 8
- 系统总体设计思路 8
- 结构及功能确定 8
- 模块设计 9
- 数据库连接 9
- 客户端与后台的通讯 9
- 小结 9
- 具体设计与实现 10
- 界面设计与实现 10
- 连接数据库 10
- 通讯连接 11
- 小结 11
第五章 系统评判与展望 11
总结与感悟 12
致谢 12
参考文献 12
附录 14
剩余内容已隐藏,请支付后下载全文,论文总字数:19773字
该课题毕业论文、开题报告、外文翻译、程序设计、图纸设计等资料可联系客服协助查找;