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Preliminary Specifications and Operations of a Networking Model for a Virtual Radio frequency Laboratory

机译:虚拟射频实验室网络模型的初步规范和操作

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Virtual laboratory experiments for the electronics course in the program of Electrical Engineering students at University of Mexico (UNAM) has been developed employing data acquisition (DAQ) systems, LabVIEW Instrumentation software. These applications will be very attractive once they become connected to Internet so that it will be feasible to exchange information between students and teachers with ongoing experiments in real time. Up to now the Engineering laboratories in public Universities in Mexico were lacking good equipment due to the increasing cost of laoratory instruments. This problem has a cost-effective alternative solution with the integration of a virtual LabVIEW laboratories containing instruments which provide an economic solution compared to the cost of traditional instruments. The mentioned applications are currently used at UNAM to perform laboratory experiments in the field of Electronics and Radio frequency at the School of Engineering, FI. The learning process based on computer software is being adopted in an important way to improve the teaching - learning process. In the forthcoming years, the exposed model and the advances in Internet might be merged to support the development of educative digital systems to encourage long distance learning, as well as the operation of remote laboratories. The laboratory explained here is under construction at this moment, therefore the operation results are preliminary as well as the specifications of the system being implemented at UNAM.
机译:墨西哥大学电气工程学生(UNAM)的电气工程学生的虚拟实验室实验已经开发了采用数据采集(DAQ)系统,LabVIEW仪表软件。一旦它们与互联网连接,这些应用程序将非常有吸引力,以便在实时进行持续实验的学生和教师之间交换信息将是可行的。到目前为止,由于劳动仪器的成本增加,墨西哥公共大学的工程实验室缺乏良好的设备。此问题具有成本效益的替代解决方案,其中包含包含仪器的虚拟LabVIEW实验室,与传统仪器的成本相比提供了经济解决方案。提到的申请目前用于联合国特派团,在工程学院进行电子产品和射频领域进行实验室实验。基于计算机软件的学习过程正在采用改进教学过程的重要途径。在即将到来的年份,可能会合并公开的模型和互联网的进步,以支持教育数字系统的发展,鼓励长途学习,以及远程实验室的运作。此时,此处解释的实验室正在建设中,因此操作结果是初步的,并且在联庭植物中实施系统的规格。

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