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Open-source multi-purpose remote laboratory for IoT education

机译：IOT教育的开源多用途远程实验室

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With the constant growth of devices connected to the internet, many researchers focus their interest on the development of Remote Laboratories, taking advantage of the numerous electronic open-source platforms. The aim of this work is to propose a compact solution (hardware and software) for the implementation of a low-cost open-access remote laboratory. The key concept is using Python, a programming language that is strong, flexible and rich of free external packages. Specifically, Python is used at the same time as: (i) a microframework with server functionalities, (ii) a control unit that drives an Arduino microcontroller and a Raspberry Pi microcomputer. The software to access the laboratory is realized as a web client interface by using HTML5 and JavaScript. This software is light enough to be run on an average personal computer. The concept of Remote Laboratory allows students to be able to carry out didactic experiences without constraints with regard to space and time, being it accessible from everywhere with just a PC or even a smart device (smartphone, tablet, etc.). With this remote laboratory, students can do real measurements of physical quantities and perform real activities while accessing the system from any place, thus allowing students of distance learning universities to do real experiments.
机译：随着连接到互联网的设备的不断增长，许多研究人员将重点关注远程实验室的发展的兴趣，利用了许多电子开源平台。这项工作的目的是提出一个紧凑的解决方案（硬件和软件），用于实施低成本开放式远程实验室。关键概念正在使用Python，这是一种强大，灵活和丰富的免费外部包的编程语言。具体而言，Python同时使用：（i）具有服务器功能的Microframework，（ii）驱动Arduino微控制器和覆盆子PI微型计算机的控制单元。访问实验室的软件通过使用HTML5和JavaScript实现为Web客户端界面。此软件足以在普通的个人计算机上运行。远程实验室的概念允许学生能够在没有关于空间和时间的情况下执行教学体验，而是只需只有PC或甚至智能设备（智能手机，平板电脑等）就可以访问它。通过这个远程实验室，学生可以进行实际测量物理量，并在从任何地方访问系统的同时执行实际活动，从而允许远程学习大学的学生进行真实实验。

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