A Framework of Network Virtual Experiments for Control Courses
Автор: Lu Jianfeng, Li Hongjun, Ma Yumin
Журнал: International Journal of Education and Management Engineering(IJEME) @ijeme
Статья в выпуске: 9 vol.2, 2012 года.
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With the development of computer science and Internet, using the virtual experiments to help improvement of teaching effects is becoming more and more popular. This paper describes a framework of virtual experiments for control courses in college. It includes three layers. The user interface layer bases on Flash technology, the data exchange layer bases on Webservice technology, the calculation module in data process layer bases on Modelica language. This framework provides a friendly user interface and solved the problem that the control experiments need multifarious calculation when simulation the real phenomenon. An example of virtual experiment is also be shown in the final of this paper. This framework can also be used for virtual experiments of other courses in college education.
Virtual expriment, virtual lab, modelica, control course
Короткий адрес: https://sciup.org/15013751
IDR: 15013751
Список литературы A Framework of Network Virtual Experiments for Control Courses
- Chunyu Miao,Lina Chen, Research and Implementation on Technologies of Constructing Network Virtual Lab ,2008 Seventh International Conference on Web-based Learning,p82-86,(in Chinese)
- Adobe Flex website, http://www.adobe.com/products/flashbuilder/
- WAN G Huanran , XU Yingqin，Designing and Development of Virtual Laboratory Platform for Principle of Automatic Control Course,Proceedings of the CSU－EPSA, Vol.22(4),Aug. 2010,p157-160,(in Chinese)
- Sheng Yu, Wang Jianxin, Xie Zhaohui, Desing and implementation of model computer virtual lab, Journal of Central University (Science and Technology) ,Vol.40(6), Dec. 2009, P1609-1615,(in Chinese)
- Modelica official website:www.modelica.org
- Carla Martin-Villalba, Alfonso Urquia, Sebastian Dormido,Object-oriented modelling of virtual-labs for education in chemical process control, Computers and Chemical Engineering Vol.32 ,2008, p3176–3186
