水浴控制系统的设计与开发:虚拟实验室环境

N. Hasim, M. F. Basar, M. Aras
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引用次数: 11

摘要

本文讨论了虚拟实验室环境下水浴控制系统的开发。本系统采用labview8.6开发。本项目分为三个阶段。第一阶段是硬件开发,包括接口电路的构建,以实现设备与计算机之间的通信。第二阶段是利用LABVIEW软件构建模糊逻辑控制器,应用模糊集和规则库。最后阶段是将GUI模块发布到web上,实现实时远程控制。利用LABVIEW软件成功地开发了一个基于internet的水浴温度控制系统GUI模块环境,并将其发布到网络上,使用所开发的模糊逻辑控制器对其进行完全控制,并且只要用户的计算机具有网络浏览器和网络连接,无论其地理位置如何,都可以对其进行监控。因此,这将确保更好和更容易地理解某些主题,特别是控制系统。有了这样的设施,实验室资源可以在网上共享,实验室实验可以在工作时间以外的地方进行,并且可以更有意义和有效地对学生进行对照受试者的教学。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and development of a water bath control system: A virtual laboratory environment
In this paper, the development of a water bath control system in a virtual laboratory environment is discussed. The system proposed is developed using LABVIEW 8.6. This project consists of three stages. The first stage is hardware development, which involves construction of interface circuit to allow communication between plant and computer. The second stage is to build the Fuzzy Logic Controller using LABVIEW software, where fuzzy set and rule base are applied. The final stage is to publish the GUI module onto the web for real-time remote control. An internet based GUI module environment of a water bath temperature control system has successfully been developed using LABVIEW software and published onto the web where it can be fully controlled using Fuzzy Logic Controller developed, and monitored by any user despite of their geographical locations, as long as they have computers with web browsers and internet connection. Thus, this will assure a better and easier understanding of certain subjects, especially control system. With such a facility, laboratory resources can be shared online, laboratory experiments can be carried out away from the site as well as outside the official working hour, and the control subject can be taught in a more meaningful and effective manner to the students.
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