Abstract
This paper introduces the background and experience of the development of a digital operating room and designs the main functions of the digital operating room based on the Internet of Things, the impact on medical data in hospitals, and how to build the digital operating room to cope with the huge amount of data in the “data era.” The infrastructure of the digital operating room is described, as well as how to collect and transmit medical data, how to store large amounts of medical data, and how to analyze medical data and explore its hidden data value are also described. One hundred and four surgical patients from June 2020 to June 2021 were randomly selected for the study, and they were randomly and equally divided into 52 cases each in the control group and the observation group, with the control group implementing the management of conventional care methods and the observation group implementing information technology for care management, comparing the management effects of patients in both groups. The satisfaction of patients in the observation group was significantly higher than that of the control group (P < 0.05). The use of information technology to ensure the quality of care in the operating room not only can help patients recover early but also can help patients relieve the psychological pressure after surgery, thus improving the doctor-patient relationship, and has a significant application effect.
Highlights
Academic Editor: Rahim Khan is paper introduces the background and experience of the development of a digital operating room and designs the main functions of the digital operating room based on the Internet of ings, the impact on medical data in hospitals, and how to build the digital operating room to cope with the huge amount of data in the “data era.” e infrastructure of the digital operating room is described, as well as how to collect and transmit medical data, how to store large amounts of medical data, and how to analyze medical data and explore its hidden data value are described
The digital operating room emphasizes more on the transmission and common early information, based on the high integration of operating room system and medical equipment and monitoring equipment [1] and based on the transmission network so that the operating room can quickly obtain the information in HIS, PACS, US’EMR, and other systems and other information from the outside world; it realizes the collection, transmission, recording, and sharing of surgical information
We have introduced the background and experience of an IoT-based development of the digital operating room, designs of the main functions of digital operating room, the impact on medical data in hospitals, and the ways to build a digital operating room to cope with the huge amount of data in the “data era.” e infrastructure of the digital operating room is described, as well as how to collect and transmit medical data, how to store large amounts of medical data, and how to analyze medical data and explore its hidden data value are described
Summary
Since the concept of “Internet of things” was first proposed in China in 2009, domestic Internet of things technology has appeared in operating room management [7]. e research on the application of IoT technology in operating rooms. E results of the study show that the use of IoT technology for information collection and traceability management of surgical instruments can avoid errors generated by manual data collection and improve the quality and efficiency of work in the operating room. A study was conducted on the application of IoT technology to the safe doorway management in the operating room, and the observed indicators included: completion of registration time, information error rate, dress code violation rate, correct recovery rate of handwashing clothes and pants, and so on [12]. Some experts believe [7] that the application of IoT technology in the management of operating rooms in its medical institutions tends to be common based on the perfect infrastructure construction of the whole society in Japan, and how to anonymize data and protect patient privacy while applying IoT technology to automate information collection is the focus of current research. The experts were selected in terms of their titles, professional fields, and years of experience, and the authority coefficient of the experts showed that the experts involved in the consultation were generally more authoritative, so the consultation results were credible
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