Abstract
In recent years, with the constant development and integration of Internet technology, Internet of Things technology, and intelligent terminal technology, to make people’s work and life more comfortable and convenient, these new technologies have been more and more widely used in daily home life such as social education, agricultural production, industrial production, medical, and other fields. However, at present, there are still a lot of room for development in the application of new technologies in the medical and health industry. Especially in the context of hospital information construction and medical difficulties, the functions of fixed information points such as traditional nurse stations and doctor stations no longer meet the growing medical needs of people. Therefore, how to introduce these new technologies and design to a practical and low-cost intelligent medical information management system that realizes the convenient management and efficient management of medical personnel has become a top priority. In view of the problems faced by the hospital, this paper proposes an intelligent medical plan based on NB-IoT technology and develops a smart hospital information management system. Test results indicate that patients can easily and conveniently register their appointments through the Android mobile client. Through checking medical records and hospital news updates, medical staff can more easily complete their work. Comparison results of performance variance between the common server and adaptive algorithm web server demonstrate that an adaptive load balancing algorithm can achieve a more accurate allocation of the load. Therefore, the web smart medical information management platform can manage hospitals more comprehensively.
Highlights
At present, with the continuous development of information technology, people’s material living standards have been significantly improved, and the hospital’s informationization construction has achieved certain results [1,2,3,4]
In view of the problems faced by hospitals, this paper proposes an intelligent medical plan based on NB-IoT technology and develops a smart hospital information control system. rough this system, patients can register and view medical records and hospital news updates through the Android mobile phone client; and medical staff can more complete their work
The following conclusions are drawn: (1) is paper first introduces the current development status of smart medical care, analyzes the functional requirements and feasibility of the smart medical system in detail, and draws the overall functional framework of smart medical system. en, according to NB-IoT technology and IoT theory knowledge, a detailed system design method is proposed for smart medical treatment
Summary
With the continuous development of information technology, people’s material living standards have been significantly improved, and the hospital’s informationization construction has achieved certain results [1,2,3,4]. E emergence of Internet of ings technology has greatly promoted the informationization and intelligent construction in the medical and health field [5]. The vast majority of developed countries in the world have begun to apply the Internet of ings technology to the construction of medical and health fields in order to promote the reform of the medical and health system and provide the people with intelligent medical and health services that are available at any time [8]. The EU has identified it as a strategic development plan for information and communication technology in Europe [14] Asian countries such as Japan and South Korea have proposed plans to accelerate the construction of IoT infrastructure and have made many substantial advances in the popularization and application of the Internet of ings [15]. QR codes, optical recognition, ultrasonic recognition, and biometrics (including voice, face, fingerprint, and iris), RFID has an automatic recognition technology with non-line-of-sight range, which has strong interference resistance and carrying ability. e obvious advantages are low production costs and relatively long working life. erefore, it is widely used in commodity logistics, raw material supply chain, assembly line manufacturing, automatic vehicle identification and billing, security access control systems, intelligent library management, and many other fields [20, 21]
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