Abstract
As a chronic disease, cervical spondylosis is prone to recurrent attacks as we age if we do not pay attention to protection, which can easily lead to symptoms such as osteophytes and herniated discs. In the early stage of cervical spondylosis, it is possible to alleviate the disease and prevent its aggravation by improving poor cervical posture and increasing cervical activities. This article analyzes the current situation and medical prospect of smart wearable devices with the prevention and treatment of cervical spondylosis in white-collar people as the starting point and smart wearable devices as the focus and provides a detailed analysis of the functions, categories, technologies, and applications of smart wearable devices to provide a technical theoretical basis for the construction of the subsequent research system. For the user's health state, some other physiological parameters are sent to data also through mobile Internet, and the user's physiological information is obtained on the computer database in also, which not only provides the monitoring function for the user's health but also provides the information of medical big data elements for medical and health institutions and so on. This article elaborates the requirement analysis of this system, based on which the system architecture design and module division are elaborated. It provides a practical and theoretical basis for further realizing the seamless integration of IoT technology and nursing information management system and improving its depth and breadth in the application of nursing information management system. From the perspective of the way of quantification of nursing practice activities, real-time monitoring, scientific management, and intelligent decision-making, it provides the basis for achieving the quality of nursing services, reducing errors, reducing labor intensity, and improving work efficiency and clinical research.
Highlights
With the rapid development of mobile technology and the widespread use of mobile Internet, the traditional Internet has slowly shifted to mobile Internet [1]
With the increasing awareness of health and health care requirements, all these are driving the medical model to shift from a symptom-centered treatment model to a preventioncentered, early diagnosis, and early treatment model, which has led to the focus on wearable products for health care
With the continuous development of smart wearable devices in the medical field, the use of wearable devices to monitor and improve health has become a new way of health management, aiming to remind users to improve their poor lifestyle in real time by monitoring their behavioral data and providing targeted prevention and treatment suggestions
Summary
With the rapid development of mobile technology and the widespread use of mobile Internet, the traditional Internet has slowly shifted to mobile Internet [1] In this high-speed development trend, smart wearable devices are growing rapidly and becoming a popular industry. Cloud computing adds fresh blood to the Internet and IoT development and combines user applications with the currently popular web development technology, which makes the IT performance of products optimized, and consumers can get a good user experience and realize the cost optimization of enterprises [10]. Based on the IoT cloud platform, intelligent management and control of equipment in wards can be realized, making the smart ward system solve the problem of data disconnection, and enterprises or users can and conveniently manage and control equipment, promoting the flow of the system into the market for mass production applications. In the long-term direction, the system based on the IoT cloud platform has good security, data sharing, and fault tolerance features and has good development prospects and application value
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