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Web-based four -tank monitoring system design

Author: QinHaiJun
Tutor: SunDeHui；LiZhiJun
School: North China University of
Course: Control Theory and Control Engineering
Keywords: Remote monitoring Four Tank Web services Monitoring control
CLC: TP277
Type: Master's thesis
Year: 2011
Downloads: 55
Quote: 1
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Abstract


As the space limitations of traditional configuration software, automation enterprise can only monitor the real-time site in local factory. On the other hand the network technology, asynchronous communication, web framework for rapid development of technology for the realization of network-based remote monitoring system provides a technological base; this as the research background, combined with a variety of techniques for the laboratory-developed four-tank experimental device designed a web browser-based monitoring system, using this monitoring system, the operator can monitor the remote site through the browser to the real-time data. After a C/S and B/S system structure comparison between modes, the system will use the B /S architecture for development. Developed by our lab-NCLayer underlying communications software to collect real-time data four tank and use the Web Service to transfer data to a remote monitoring system. Remote monitoring system by RIA rich client web pages to show to the operator, the operator and the network server interoperability between the monitor and get their needs. The main function of monitoring real-time monitoring, alarm, historical trends and other functions, the remote monitoring system will be the four-tank liquid level, the functioning of water pumps for the control of the amount of monitoring, control algorithm to achieve by a certain level of balance. The monitoring system will be Microsoft’s Visual Studio 2008 development environment to. NET 3.5 framework for developers to use C# language development, comprehensive application of network technology to develop the remote monitoring system. This study will test the experimental convenience of remote device has a certain value. And to some extent on the experimental device the optimal allocation of resources to achieve the purpose of resource sharing.

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CLC: > Industrial Technology > Automation technology,computer technology > Automation technology and equipment > Automation systems > Monitoring, alarm,fault diagnosis system
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