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An Interactive Network Laboratory for Electronic Engineering Education
作者姓名:Shao-Chun  Fan  Jian-Jun  Jiang  Wen-Qing  Liu
作者单位:[1]Department of Electronic Science and Technology, Huzhong University of Science and Technology, Wuhan, 430074, China [2]Department of Electronic and Information Engineering, University of Karlsruhe, 76131, German
基金项目:教育部跨世纪优秀人才培养计划
摘    要:The advantage of the network laboratory is the better flexibility of lab experiments by allowing remote control from different locations at a freely chosen time. In engineering education, the work should not only be focused on the technical realization of virtual or remote access experiments, but also on the achievement of its pedagogical goals. In this paper, an interactive laboratory is introduced which is based on the online tutoring system, virtual and remote access experiments. It has been piloted in the Department of Electronic Science and Technology, HUST. Some pedagogical issues for electronic engineering laboratory design, the development of a multi-server- based distributed architecture for the reduction of network latency and implementations of the function module are presented. Finally, the system is proved valid by an experiment.

关 键 词:实验室交互网络  交互实验室  实验室网络  远程教育  助教系统  电子工程教育
修稿时间:2006-09-122006-10-08

An Interactive Network Laboratory for Electronic Engineering Education
Shao-Chun Fan Jian-Jun Jiang Wen-Qing Liu.An Interactive Network Laboratory for Electronic Engineering Education[J].Journal of Electronic Science Technology of China,2007,5(2):125-129.
Authors:Shao-Chun Fan  Jian-Jun Jiang  Wen-Qing Liu
Abstract:The advantage of the network laboratory is the better flexibility of lab experiments by allowing remote control from different locations at a freely chosen time. In engineering education, the work should not only be focused on the technical realization of virtual or remote access experiments, but also on the achievement of its pedagogical goals. In this paper, an interactive laboratory is introduced which is based on the online tutoring system, virtual and remote access experiments. It has been piloted in the Department of Electronic Science and Technology, HUST. Some pedagogical issues for electronic engineering laboratory design, the development of a multi-serverbased distributed architecture for the reduction of network latency and implementations of the function module are presented. Finally, the system is proved valid by an experiment.
Keywords:Interactive laboratory  network laboratory  remote education  tutoring system
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