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An activating framework using software defined radio to enhance classroom teaching for wireless communication courses in developing countries

机译:一个激活的框架,使用软件定义的无线电来增强发展中国家无线通信课程的课堂教学

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In the modern era of technological revolution, it has become essential for the developing countries to develop their technological capability. This urges for the enhancements in all aspects of education including engineering. Enhancement of the learning experience for the students, by the incorporation of experimentation in classroom teaching is one of the potential methods to do that. This paper proposes a system for enhancement of the classroom teaching of telecommunication engineering courses by the incorporation of experimentation demonstration with the theoretical concepts using a remotely accessed Software Defined Radio based system. This will allow the faculty members to combine the practical results with the complicated communication theories to provide the students with better learning environment. Also this immediate and tangible experience will benefit the students in applying the complex theoretical concepts that they are trying to capture. Two examples of possible innovative classroom demonstrations of system developed with software defined radio are presented in this paper. To support the demonstration of the proposed system, a remotely accessed SDR based low cost experimentation setup has been designed and developed, details of which is also presented here.
机译:在现代技术革命时代,发展发展中国家的技术能力已变得至关重要。这敦促在包括工程学在内的教育的各个方面进行改进。通过将实验结合到课堂教学中来增强学生的学习经验是实现这一目标的潜在方法之一。本文提出了一种通过使用基于远程访问的基于软件无线电的系统将实验演示与理论概念相结合来增强电信工程课程课堂教学的系统。这将使教职员工将实践成果与复杂的传播理论相结合,为学生提供更好的学习环境。同样,这种直接而切实的经验也将使学生受益于运用他们试图捕捉的复杂理论概念。本文介绍了用软件定义的无线电开发的系统的可能的创新教室演示的两个示例。为了支持所提出系统的演示,已经设计和开发了一种基于远程访问SDR的低成本实验装置,其详细信息也在此处介绍。

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