Using IoT for Management of Bicycle Tour Groups

Chao-Yang Lee, Zih-Chin Hung, Yi-Hsiu Chen, Rong-Chyang Lee
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Abstract

In recent years, the positioning system has developed rapidly and has been widely applied in daily life, which greatly improves the convenience of people’s life. In this study, the concept of aviation and the application of the IoT are combined by using a 5G network, ZigBee, and Bluetooth wireless for communication. The proposed Bicycle monitoring and searching system contain navigation, an emergency call button, and smart lighting. In addition, the position and image of the users are transmitted back to the leader’s handheld device by the drone, which improves the rescue efficiency and the safety of bicycles. The goal of this system is to help the team leader manage the cycling team. It is designed to be easy to operate, portable, and reduce the cost of human resources. Three applications of this system are proposed to (i) provide team members with navigation and rescue lighting function, (ii) use the UAV for search and rescue, and (iii) monitor the positions and real-time images of the team members.
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用物联网技术管理自行车旅游团
近年来,定位系统发展迅速,在日常生活中得到了广泛的应用,极大地提高了人们生活的便利性。在这项研究中,航空概念和物联网应用通过使用5G网络、ZigBee和蓝牙无线通信相结合。提出的自行车监控和搜索系统包含导航、紧急呼叫按钮和智能照明。此外,用户的位置和图像通过无人机传回领队的手持设备,提高了救援效率和自行车的安全性。本系统的目的是帮助领队管理自行车队。其设计具有操作方便、便携、减少人力资源成本等特点。提出了该系统的三种应用:(1)为队员提供导航和救援照明功能,(2)使用无人机进行搜救,(3)监控队员的位置和实时图像。
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