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Radio frequency identification technology, which automatically recognizes target objects and obtains relevant data through radio frequency signals, is a revolutionary automatic identification technology. RFID is currently widely used in many fields such as production, logistics, transportation, transportation, medical treatment, anti-counterfeiting, tracking, anti-counterfeiting, equipment and asset management in the world. In 2005, the Ministry of Information Industry included the RFID project in the six special projects of information technology application during the Eleventh Five-Year Plan at the National Information Technology Application Working Conference. Mainly in the fields of commerce, customs, civil aviation, railways, highways, water transportation, postal services, steel, petrochemicals, automobiles, building materials, agriculture, finance, taxation and other fields to promote the application of technology and RFID-based integrated management information systems. According to statistics, the scale of China’s domestic RFID market reached RMB 1.6 billion in 2005, a year-on-year increase of 25%. It is estimated that the global market size will exceed US$3.3 billion in 2006, and the growth rate will exceed 30%. Faced with the promotion of the RFID industry by national policies and the long-term sustained and substantial growth of the RFID market, the research of RFID technology and the demand for RFID talents are presented in front of universities, scientific research institutions and society. Therefore, the establishment of an RFID laboratory is of great significance to strengthen the practice and teaching links of related majors.
Theoretical knowledge
The basic knowledge of RFID is introduced. Including text, pictures, and video.
Applications
Introduce the current popular and exploring RFID application solutions, and how to apply, deploy and implement RFID equipment and tags in the solution.
Training operation
We designed corresponding experimental cases according to the current mainstream applications and development directions, allowing students to complete the entire process of program design, equipment selection, interface development, and equipment deployment.
teaching platform
It is convenient for teachers to manage teaching and training and keep abreast of students’ learning dynamics in a timely manner. Teachers can organize teaching content and order according to their own teaching arrangements. At the same time, students can be tested through the examination function provided by the teaching platform. Teachers can also keep track of students’ learning progress, knowledge mastery, and organize Q&A at any time.
Follow-up service
Including teacher training, remote Q&A, student internship and employment services, etc.
RFID application field
logistics
Logistics warehousing is one of the most potential application areas of RFID. The world’s top logistics companies, such as UPS, DHL, and Fedex, are actively experimenting with RFID technology in order to use RFID technology on a large scale to improve their logistics capabilities in the future. Applicable processes include: cargo tracking in the logistics process, automatic information collection, warehousing management applications, port applications, mail parcels, express delivery, etc.
retail
RFID applications promoted by Wal-Mart, Metro and other large supermarkets can bring to the retail industry, including reducing labor costs, improving the visibility of goods, reducing the loss caused by out of stock, and reducing the phenomenon of goods being stolen. Applicable processes include: real-time statistics of commodity sales data, replenishment, theft, etc.
manufacturing
It is applied to real-time monitoring of production data in the production process, quality tracking, automated production, individual production, etc. The application in the production of precious and sophisticated goods is even more urgent.
Animal identification
Training of animals, identification and management of livestock, pets, etc., animal disease tracking, personalized breeding of livestock, etc.
Medical treatment
It can be applied to medical equipment management in hospitals, patient identification, baby anti-theft and other fields. The medical industry is not sensitive to the cost of tags, so this industry will be one of the pioneers of RFID applications.
Anti-counterfeiting
RFID technology is difficult to counterfeit, but how to apply it to anti-counterfeiting still requires active promotion by the government and enterprises. The applicable fields include the anti-counterfeiting of valuables, such as cigarettes, alcohol, medicines, and tickets.
asset Management
All kinds of assets (precious quantity of assets and objects with high similarity), as the price of the label drops, almost all items can be involved.
Identification
RFID technology is widely used in personal identification documents due to its inherent fast reading and difficult to forge. For example, the electronic passport project that is being carried out in various countries around the world, my country’s second-generation ID card, student ID and other various electronic documents.
transportation
High-speed non-stop, taxi management, bus hub management, railway locomotive identification, etc.
library
Bookstores, libraries, publishing houses and other applications. It can greatly reduce the inventory and management time of books, and can realize the functions of automatic renting, borrowing, and returning books. There have been successful cases in the United States, Europe, Singapore, etc. my country’s Shenzhen Library has implemented RFID book management.
military
Recognition and tracking of ammunition, guns, materials, personnel, trucks, etc.
aviation
It can be used in aircraft manufacturing, aircraft parts maintenance and quality tracking, passenger tickets, fast boarding, and passenger package tracking.
car
Manufacturing, anti-theft, car keys. It can be used in automobile automation, personalized production, automobile anti-theft, automobile positioning, and can be used as a highly secure automobile key.
Clothing industry
It can be applied to the automated production of clothing, warehouse management, brand management, single product management, channel management and other processes. With the reduction of label prices, this field will have great application potential.
food
Insurance management for fruits, vegetables, fresh food, food, etc.
other
Access control, attendance, electronic patrol, all-in-one card, consumer, electronic parking lot, etc.
【Direction of development】
The first important task for the establishment of the laboratory is to fully mobilize students’ learning enthusiasm through practical training, cultivate students’ practical operation ability, and enable students to master the basic principles of RFID, thereby comprehensively improving the comprehensive quality of professional students.
1. Improve the laboratory construction, especially the upgrade of the software system
At the beginning of the establishment of the laboratory, there must be many imperfect considerations. Through the accumulation of experience in the actual operation process, we will strive to improve the construction of the laboratory. It is generally not difficult to supplement the hardware system. We focus more on the development of the software system and improve the software system according to actual needs.
2. Accumulate experience and write appropriate experimental guidance materials
Complete software and hardware cannot guarantee the quality of experimental teaching, and the influence of appropriate RFID experimental course materials on experimental quality cannot be ignored. At present, there are many domestic RFID textbooks, but few experimental textbooks match them. Therefore, on the one hand, we can learn from the existing experience of our peers, and on the other hand, through our own experience accumulation, we strive to compile good experimental guidance materials that meet our own teaching requirements.
3. Train full-time experimental instructors
There is a lack of RFID teachers in colleges and universities, and there are few full-time experimental teachers. Therefore, while cultivating RFID majors, it is equally important to train RFID full-time experimental instructors.
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