Keywords
Neonatal surgery
Big data technology
Medical service quality
Submitted : 2024-09-24
Accepted : 2024-10-09
Published : 2024-10-24
Abstract
With the rapid development of information science and technology and the progress of the health service industry, the integration of medical services and new technologies such as big data technology has become more in-depth, and the construction of smart hospitals and smart wards has received more and more attention and application. This article conducts in-depth research and analysis on the application and exploration of big data technology in smart wards and explores the role of big data technology in improving the quality, efficiency, and cost of medical services in smart wards, as well as the application prospects and challenges of big data technology in patient monitoring, disease prevention, and diagnosis and treatment processes in smart wards. The focus is on analyzing and studying the use of big data technology to assist in the construction of smart neonatal surgery wards. This article aims to provide useful references and lessons for the construction and development of smart wards.
References
Li Y, Wang P, Hou L, 2022, Research Progress on Smart Ward Construction at Home and Abroad. China Medical Equipment, 37(7): 157–160.
Zhang M, Xu J, Yao Q, et al., 2023, Current Situation and Thoughts on the Construction of Smart Wards. Journal of Medical Informatics, 44(2): 69–73, 83.
Lv J, Peng P, Yang X, et al., 2023, Overall Solution for Hospital Smart Ward Construction. China Hospital Architecture and Equipment, 24(5): 22–25.
Wang H, Wang G, Tong L, et al., 2023, Smart Ward Construction and Clinical Application Practice. Chinese Health Standard Management, 14(23): 5–8.
Gao W, Zhang L, 2024, Exploration of Hospital Smart Ward Construction Based on 5G Technology. China Hospital Architecture and Equipment, 25(4): 63–66.
Hu J, Wu J, Yuan D, 2023, Exploration of the Construction Practice of ICU Visiting System Based on the Smart Ward Framework. Computer Knowledge and Technology, 19(26): 39–41.
Liang S, Liu Y, He Y, et al., 2021, Research Progress on Patient Intelligent Monitoring and Risk Warning. Chinese Journal of General Surgery and Clinical Practice, 28(9): 1232–1236.
Qiao L, 2022, Design and Implementation of Artificial Intelligence Assisted Infection Monitoring and Alarm System, thesis, Nanjing University of Posts and Telecommunications.
Zhang S, Gong Q, Cui X, et al., 2024, A Study on the Cognitive and Experiential Evaluation of Smart Wards by Leading Clinical Specialty Patients in Shanxi Province’s “136” Xingyi Engineering Based on the Technology Acceptance Model. Chinese Journal of Practical Nursing, 40(2): 103–109.
Kang M, Wu C, Wu B, et al., 2023, Research Hotspots and Visualization Analysis in Hospital Statistical Information Data Analysis in the Era of Big Data. China Health Statistics, 40(2): 219–223.
Zhao H, Shen Y, Song X, 2022, Practice of Smart Ward Construction Based on New Information Technology Integration. Chinese Hospital Management, 2022(9): 55–57.
Zhang Y, Tan M, Chen F, et al., 2022, Construction and Application of Smart Wards for Military Hospital Cadres. Journal of Medical Graduate Students, 35(2): 185–189.
Tan J, Sun B, Li Y, et al., 2021, Research on the Application Practice of Smart Ward in Hospital Informatization Construction. China Health Service Management, 38(10): 740–743.
Feng X, Yang K, Li L, 2016, Change and Convenience in Innovation: A Record of the First Affiliated Hospital of Henan University of Technology. China Hospital Management, 36(8).
Xu C, Sun Y, Dong S, et al., 2023, Thoughts on Promoting High Quality Development of Public Hospitals through the Construction of Smart Hospitals. China Hospital Management, 43(1): 10–13.
Merlin, Zhang W, Nie R, 2022, Construction and Exploration of Bidding and Procurement System for Smart Hospitals. Chongqing Medical Journal, 51(16): 2856–2859.