Browsing by Author "He, RunHai"
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Software design and implementation of hospital automation information system
He, RunHai; Khajynava, Natalia (БНТУ, 2022)This paper introduces the design and implementation of a general hospital automated information system at the software level, including the business processes, technical architecture, and application scenarios required for the entire project, with the goal of maximizing patients and doctors to enjoy fast and efficient hospital information technology services, enhancing hospital ...2023-01-26 -
医院自动化信息系统的改进功能设计
He, RunHai; Li, BoYi; Zhang, HengRui (БНТУ, 2022)This paper aims to improve the efficiency of hospitals and the experience of patients and doctors and proposes some improvements to the software design of most current hospital information systems, including the synchronization of online and offline consultation (online “one account pass” and offline “one card”), the implementation of electronic medical records (block chain), and ...2023-01-26 -
将视频多模态情感分析运用在临床抑郁检测中
He, RunHai; Zhang, HengRui (БНТУ, 2022)The current clinical diagnosis of depression in the medical community relies on selfrating scales and physician interviews, but this approach is limited by the expertise of clinicians and the uneven distribution of medical resources. This paper proposes the use of video multimodal techniques in clinical diagnosis, aiming to improve the efficiency and accuracy of depression detection ...2023-01-24 -
将视频多模态情感分析运用在临床抑郁检测中
Li, BoYi; He, RunHai; Zhang, HengRui; Khajynova, N. (БНТУ, 2022)The current clinical diagnosis of depression in the medical community relies on self-rating scales and physician interviews, but this approach is limited by the expertise of clinicians and the uneven distribution of medical resources. This paper proposes the use of video multimodal techniques in clinical diagnosis, aiming to improve the efficiency and accuracy of depression ...2023-01-26 -
色温及亮度自适应台灯
Zhang, Hengrui; Cheng, Chengliang; He, RunHai; Li, BoYi; Khajynova, N. (БНТУ, 2022)This article aims to improve the traditional lamps to improve the use of eyes in the usual study and work environment to prevent and control vision loss. The improvements include automatic adjustment of color temperature and brightness, as well as the use of the Internet of Things for eye protection and data recording and analysis.2023-01-26