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Overview of the Internet of Things Lab
The Internet of Things is one of the strategic emerging industries that the country has decided to vigorously develop. From “smart earth” to “perceive China”, the Internet of Things has attracted international attention. With the rapid development of the Internet of Things, the demand for applications from all walks of life in the society is becoming more and more obvious and urgent. As the main force of national science and technology development, key universities and Talents are conducive to the school’s subject development and the promotion of teaching and research fields.
Introduction to the Internet of Things Information Platform and M2M Wireless Application Demonstration Lab
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Take optical wireless switches as the core equipment to build a comprehensive Internet of Things information network experiment platform that integrates wired IP networks, broadband wireless LANs, optical wireless technologies, wireless sensor networks, embedded devices, and system software and application software.
The experiment content covers computer network, wireless local area network, optical communication technology, sensor network, embedded technology, software development and other courses. It can complete optical carrier wireless switches and related experiments, industrial automation and informatization, logistics management, environmental monitoring, etc. The Internet of Things application experiment can also be used as a public platform for comprehensive experiments and graduation projects, as well as a prototype research and development platform for related scientific research projects.
Internet of things information platform and application demonstration laboratory equipment configuration
The experiment content covers computer network, wireless local area network, optical communication technology, sensor network, embedded technology, software development and other courses. It can complete optical carrier wireless switches and related experiments, industrial automation and informatization, logistics management, environmental monitoring, etc. More than 20 IoT application experiments can also be used as a public platform for comprehensive experiments and graduation projects, and can also be used as a prototype research and development platform for related scientific research projects.
Internet of Things Laboratory Construction Architecture
Experimental equipment configuration
(1) Experiment of wireless communication networking
Experiment 1: Assembling experiment of optical carrier wireless switch
Experiment two, test experiment of optical carrier wireless switch
Experiment three, simulated optical transceiver experiment
Experiment four, simulated optical fiber link experiment
Experiment 5, optical fiber, coaxial cable mixed signal distribution experiment
Experiment 6. Distributed antenna experiment
Experiment seven, indoor electromagnetic environment test experiment
Experiment 8. Wireless access point (AP) management and configuration experiment
Experiment Nine, optical carrier wireless switch system software operation experiment
Experiment 10. WiFi access point (AP) fault detection experiment
Experiment 11, indoor wireless positioning experiment
(2) Experiments on the application layer of the Internet of Things
Experiment 12. Configuration and operation experiment of embedded serial port WiFi device server
Experiment thirteen, embedded serial WiFi device server design experiment
Experiment 14. PLC wireless control experiment based on optical wireless technology: hardware part
Experiment 15. PLC wireless control experiment based on optical wireless technology: software system
Experiment 16. Logistics management based on optical wireless technology: hardware part
Experiment 17. Logistics management based on optical wireless technology: software system
Experiment 18. Environmental monitoring experiment based on optical wireless technology: hardware part
Experiment 19. Environmental monitoring experiment based on optical wireless technology: software system
Experiment 20: Video surveillance experiment based on optical wireless technology
IoT logistics warehouse management experiment
(3) Comprehensive experimental experiment project
Experiment 1: PLC wireless control experiment based on optical carrier wireless technology (remote control of stepper motors, traffic lights)
Experiment two, logistics management based on optical wireless technology (book management, laboratory equipment management, personnel management, etc.)
Experiment 3: Environmental monitoring experiment based on optical wireless technology (temperature and humidity, gas, water, etc.)
Experiment 4: Design of Embedded Serial WiFi Device Server
Comprehensive experiment of IoT wireless sensor network
Laboratory layout and area
? Layout suggestion: The experimental center is composed of a laboratory + a number of exterior scenes. Set up laboratories in fixed rooms, and set up experimental demonstration sites such as video surveillance systems and environmental monitoring systems in the campus area.
? The area of the laboratory is preferably 60-180 square meters, which is the main experiment and demonstration area, which can be used for course experiments for 20 to 40 students.
? The laboratory should provide a good functional display area for outsiders to visit and learn.
? There is no limit to the area of the peripheral experiment demonstration points. It is recommended to set up a presentation board or poster at each demonstration point.
? The above suggestions are for reference only, and the settings can be adjusted according to the specific conditions of the school.
The impact of IoT labs on teaching
For students or teachers majoring in the Internet of Things, the Internet of Things laboratory is a core laboratory that closely integrates the teaching and research of the major, which can more comprehensively meet the needs of students or teachers in learning and researching Internet of Things technology.
For the schools that offer the course of Internet of Things technology and the students who take this course, the Internet of Things Lab can fully demonstrate the application of Internet of Things technology, so that students and teachers can master the basic theories and technologies and application methods of Internet of Things.
For students or teachers of other related majors, such as computer software and hardware, communications, automation, logistics management and other majors, students or teachers can further master the application of IoT technology in their majors through the IoT laboratory for future employment And scientific research provides a good experimental platform.
The construction of IoT laboratories can benefit students, teachers, universities and the entire IoT industry, and meet the needs of all walks of life for IoT-related talents and technologies.
About Fei Rui Ao Internet of Things Lab
In 2010, Fei Rui Ao and Beijing University of Posts and Telecommunications jointly established an Internet of Things laboratory, which closely combined advanced science and technology with actual application requirements, and innovatively developed a new model of Internet of Things.
The core technology of the laboratory is a new generation of Internet of Things information platform application technology jointly developed by Beijing University of Posts and Telecommunications and Fei Rui Ao Company. It is a key scientific research project supported by national ministries and commissions.
Service Unit: Guangzhou Fei Rui Ao Electronic Technology Co., Ltd.
Service website:www.frotech.com
Service Hotline: 020-22883738 ext. 606
Contact: Mr. Xiao Mobile: 13676281994 QQ consultation: 1362852286
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