In Changhua County, Taiwan, a new running trend is quietly emerging on campus. When students participate in running activities, they begin to wear a seemingly inconspicuous ultra-high frequency wireless radio frequency tag. Behind this change, there is an innovative plan promoted by the Changhua County Government - the "Schoolchildren's Big Run" plan.
In order to encourage students to actively participate in sports, the Changhua County Government has specially launched the "Come to Changhua to Run! 2.0" event. However, a practical problem is in front of them: many students do not have mobile phones, or they cannot carry mobile phones during class time, which makes it impossible for them to effectively record their running mileage and participation in activities. In order to solve this problem, the Changhua County Government decided to introduce RFID technology, a high-tech method commonly used in marathons, triathlons and other competitions, which is now cleverly applied to campus running activities.
The working principle of RFID tags is quite simple and efficient. Students only need to wear RFID tags on their bodies before running. When they run through the sensing equipment set up in the school playground or stadium, the tags will be automatically read to record the mileage and time of the run. This method not only avoids students' dependence on mobile phones, but also greatly improves the accuracy and convenience of timing.
The implementation of this innovative program undoubtedly provides students with a fairer and more convenient platform for participation. They no longer miss the opportunity to record their running mileage due to the lack of mobile phones, nor are they troubled by the errors caused by manual recording. More importantly, by wearing RFID tags to participate in running activities, students can more intuitively understand their exercise status, thereby motivating them to continue to participate in sports.
In addition, the "Schoolchildren's Big Run" program has also designed a series of reward mechanisms to further encourage students' enthusiasm for participation. For example, students who accumulate 5 kilometers for the first time can exchange small gifts, and the top three students in monthly mileage will also receive rewards. These rewards not only make students feel the fun of participation, but also make them cherish their sports achievements more.
Since the implementation of the "Schoolchildren's Big Run" program, it has achieved remarkable results. Thousands of students have actively participated in it, and the accumulated exercise mileage has continued to rise. The success of this program is not only reflected in the numbers, but also in the good exercise habits that students have gradually developed. They began to pay more attention to their physical health and enjoy the joy brought by exercise more.
It is worth mentioning that this innovative measure of the Changhua County Government has also been supported and recognized by the education department. Last year, the education department specially subsidized Changhua County with 8 million yuan to promote the digital construction of public sports venues and the implementation of the "Come to Changhua to Run! 2.0" plan. This undoubtedly provides a strong guarantee for the smooth implementation of the plan.
Behind the Taiwanese students wearing RFID tags when they start running is the Changhua County Government's deep insight and innovative practice in promoting a healthy lifestyle and increasing students' participation in sports. By introducing high-tech means, designing reward mechanisms and a series of measures, they have successfully stimulated students' enthusiasm for sports and created a positive, healthy and uplifting sports atmosphere on campus. And this experience undoubtedly provides useful reference and inspiration for other regions.
In which sports does RFID also play a role
RFID technology is widely used in sports. In addition to the East-West Shrine Bowl All-Star event, the Paris Olympics, football matches, speed races, golf and track and field competitions mentioned earlier in this account, it also plays a role in the following sports:
Rugby: The NFL (National Football League) uses RFID tags to track players' movements and speed. These tags are built into the players' equipment and can transmit data in real time, helping coaches and referees better understand the game situation. For example, spectators can intuitively understand the speed and acceleration of athletes through this data, thereby enhancing the viewing experience of the game.
Tennis: Although the application of RFID technology in tennis is still in the trial stage, it has been tested in some competitions. By embedding RFID tags inside tennis balls, the flight trajectory and landing point of the ball can be tracked, helping referees to more accurately determine whether the ball is out of bounds, thereby improving the fairness of the game.
Cycling competitions: RFID technology is widely used for timing and tracking in cycling competitions. Athletes' bicycles are equipped with RFID tags, and readers are arranged on the track to record the athletes' position and speed in real time to ensure the accuracy of timing.
Skiing competitions: In winter sports such as cross-country skiing, RFID technology is used for accurate timing and athlete tracking. By installing RFID tags on athletes' equipment, the system can record their position and speed in real time, improving the efficiency and fairness of the organization of the game.
Gym and sports training: In gyms and sports training, RFID technology is used for equipment management and athlete training effect monitoring. By installing RFID tags on equipment, the use of equipment can be tracked in real time to reduce loss and damage. At the same time, athletes' training data can also be collected and analyzed through RFID tags to help coaches develop more effective training plans.
Development Trends of RFID Applications in Sports
The application of RFID technology in sports is developing with the advancement of technology and the growth of demand. In recent years, RFID technology has shown the following development trends in sports:
Real-time data collection and analysis: RFID technology can capture multiple key indicators such as speed, distance, direction, acceleration, etc. in real time through tags installed on athletes. These data not only help coaches and scouts to comprehensively evaluate player performance, but also provide players with valuable training feedback. In the future, with the improvement of technology, data collection and analysis will be more accurate and real-time, helping athletes to optimize personalized training and game strategies.
Intelligent venue management: RFID technology will be more widely used in stadium management, including personnel positioning, ticketing management, and item tracking. Through RFID tags, venue managers can achieve real-time monitoring of spectators, staff, and equipment, and improve management efficiency and safety. For example, RFID electronic tickets can achieve fast entry and accurate headcount, improving the audience's viewing experience.
Sports equipment and equipment management: RFID tags can be applied to the management of sports equipment and equipment to achieve real-time tracking and maintenance of assets. This not only helps prevent equipment loss, but also optimizes equipment use and maintenance plans through data analysis to extend equipment life. For example, RFID tags can be used to track sports equipment such as footballs and basketballs to ensure the fairness and safety of the game.
Fitness and health monitoring: With the development of wearable devices, RFID technology will be combined with sensors for fitness and health monitoring. Athletes can wear RFID tags to monitor health data such as heart rate, body temperature, and movement trajectory in real time, helping coaches develop scientific training plans and prevent sports injuries.
This paper is from Ulink Media, Shenzhen, China, the organizer of IOTE EXPO (IoT Expo in China)
