Abstract
Usage of Narrowband Internet of Things in Smart Medicine and Construction of Robotic Rehabilitation System
Highlights
With the continuous update and optimization of Internet of Things (IoT) technology, networking technologies are applied in industry, agriculture, and medical industries
In the smart medicine system designed in this study, the Universal Subscriber Identity Module (USIM) interface is adopted to interact with the NB card, and the Narrowband IoT (NB-IoT) interacts with the main control module through the serial port and transmits the data to the smart platform
It is found that the advantage of the method proposed in this study is to use the IoT technology and deep learning technology to propose a more complete and rapid response rehabilitation system program with an intelligent training terminal module, to combine the lower limb exoskeleton rehabilitation robot terminal with medical information management, and to use a system to meet the functional requirements of medical rehabilitation training
Summary
With the continuous update and optimization of Internet of Things (IoT) technology, networking technologies are applied in industry, agriculture, and medical industries. Hospital's internal service model is optimized and updated, forming a 5G smart medicine service system for the prevention and control of the new crown epidemic including the application layer; and the results show that the application of 5G technology in medical diagnosis can further improve the diagnosis efficiency of doctors and improve the medical experience of patients. In order to compensate up these shortcomings, a hardware architecture and software service system is constructed for intelligent health management in this study, using multi-source real-time data collection, mobile sensing, cloud computing, multi-network integration technology, and other methods to achieve convenient, fast, and effective health data. The contribution of this study lies in the application of NB-IoT technology to the field of smart medical care and the design of a rehabilitation robot based on the NB-IoT. The design of the system management software is completed, realizing the communication between the user and the Zhiyun platform and the hospital server and the management of medical information
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