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DISTANCE LEARNING IN LABORATORY SESSIONS

机译:实验室会议的远程学习

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摘要

The incoming technologies allowing for arnmassive use of remote driven instruments could improve thernquality of the experiments in laboratory sessions, especiallyrnfor what concerns the very specific high level classes.rnMoreover, taking into account the large number of students,rnthe availability of the lab can be greatly extended. In orderrnto give flexibility and high performances to the educationalrntool a user friendly virtual instrument has been realisedrnallowing distance learning. Some basic experiments can bernperformed by the user, namely the analysis of both the RCrnand the RLC circuits, frequency measurements and alsornmeasurements on audio-frequency amplifiers. Indeed, thernuser can make the choice of the experiment which he isrninterested in and can choose the particular procedure amongrnthe implemented ones. By using the adopted procedure thernuser can carry out a proper training without loosing therncontact with real instruments. In order to emphasize thernfeatures of the implemented system some examples arernpresented. A “presence effect” will be added in the nextrnfuture, by using a web camera in the lab.
机译:允许大量使用远程驱动仪器的新技术可以提高实验室课程的实验质量,尤其是针对非常特殊的高水平课程的学生。此外,考虑到大量学生,实验室的可用性可能会大大提高扩展。为了使教育工具具有灵活性和高性能,已经实现了一种用户友好的虚拟仪器,允许进行远程学习。用户可以进行一些基础实验,即对RCrn和RLC电路的分析,频率测量以及音频放大器的测量。的确,用户可以选择自己感兴趣的实验,并可以在已实现的实验中选择特定的过程。通过采用所采用的程序,用户可以进行适当的培训,而不会失去与真实仪器的接触。为了强调所实现系统的功能,给出了一些示例。通过使用实验室中的网络摄像头,“未来效果”将添加到下一个功能中。

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