With the iteration and upgrading of medical technology and the continuous growth of public health demands,the quality of nursing services has become a core indicator for measuring the effectiveness of the medical syst...With the iteration and upgrading of medical technology and the continuous growth of public health demands,the quality of nursing services has become a core indicator for measuring the effectiveness of the medical system.The clinical practice ability of nursing staff is directly related to the safety of patient diagnosis and treatment and the rehabilitation process.However,the current clinical nursing talent training model is facing bottlenecks such as limited practical scenarios and fragmented case cognition.This study focuses on the teaching application of augmented reality(AR)technology in hospital Settings and systematically reviews the research progress on the improvement of clinical practice ability of trainee nurses based on the AR immersive teaching model.By constructing a clinical teaching scenario that integrates virtual and real,AR technology can dynamically simulate complex case handling processes and enhance nursing students’three-dimensional cognition of condition assessment,operation norms,and emergency plans.Hospitals,as the core base for practical teaching,can effectively shorten the connection cycle between theoretical teaching and clinical practice by integrating AR technology,improve the clinical practice level of trainee nurses,and provide an innovative model for optimizing the path of clinical nursing talent cultivation.展开更多
Demand for augmented reality(AR)technology in the healthcare industry has gradually increased due to its immersive and interactive environment,which enhances the medical staff’s intuitive interpretation of sensing da...Demand for augmented reality(AR)technology in the healthcare industry has gradually increased due to its immersive and interactive environment,which enhances the medical staff’s intuitive interpretation of sensing data during surgery,rehabilitation,diagnosis,education,and therapy.However,current skin-mountable,wearable sensors integrated with AR platforms mainly focus on Human-Machine Interface(HMI)for interactive experiences.Furthermore,most wearable sensors currently used in conjunction with AR systems are rigid and cumbersome,which hampers their application to the skin interfaces of patients for personalized healthcare.Herein,we developed a wireless,battery-free multi-axial sensor with a thin and small form factor and integrated it with the AR system to visualize sensing data(e.g.,pressure,shear stress,and temperature)from the subjects.The overall system demonstrated efficacy in preventing pressure injuries,monitoring posture to prevent disc herniation,and intuitive AR monitoring of physical parameters for subjects sitting in wheelchairs and lying in bed.展开更多
Hangzhou,a city steeped in Song Dynasty(960-1279)elegance yet pulsating with digital DNA,is nurturing China’s next generation of tech pioneers.As Hangzhou-based DeepSeek’s open-source code reshapes the global AI lan...Hangzhou,a city steeped in Song Dynasty(960-1279)elegance yet pulsating with digital DNA,is nurturing China’s next generation of tech pioneers.As Hangzhou-based DeepSeek’s open-source code reshapes the global AI landscape,companies like Rokid,a Chinese augmented reality(AR)technology provider also based in Hangzhou,are no longer content with isolated technological breakthroughs.Instead.展开更多
文摘With the iteration and upgrading of medical technology and the continuous growth of public health demands,the quality of nursing services has become a core indicator for measuring the effectiveness of the medical system.The clinical practice ability of nursing staff is directly related to the safety of patient diagnosis and treatment and the rehabilitation process.However,the current clinical nursing talent training model is facing bottlenecks such as limited practical scenarios and fragmented case cognition.This study focuses on the teaching application of augmented reality(AR)technology in hospital Settings and systematically reviews the research progress on the improvement of clinical practice ability of trainee nurses based on the AR immersive teaching model.By constructing a clinical teaching scenario that integrates virtual and real,AR technology can dynamically simulate complex case handling processes and enhance nursing students’three-dimensional cognition of condition assessment,operation norms,and emergency plans.Hospitals,as the core base for practical teaching,can effectively shorten the connection cycle between theoretical teaching and clinical practice by integrating AR technology,improve the clinical practice level of trainee nurses,and provide an innovative model for optimizing the path of clinical nursing talent cultivation.
基金supported by the Technology Innovation Program(00144157,Development of Heterogeneous Multi-Sensor Micro-System Platform)funded by the Ministry of Trade,Industry&Energy(MOTIE,Korea)supported by the Institute of Information&Communications Technology Planning&Evaluation(IITP)grant funded by the Korea government(MSIT)(No.2022-0-00025,Development of soft-suit technology to support human motor ability).
文摘Demand for augmented reality(AR)technology in the healthcare industry has gradually increased due to its immersive and interactive environment,which enhances the medical staff’s intuitive interpretation of sensing data during surgery,rehabilitation,diagnosis,education,and therapy.However,current skin-mountable,wearable sensors integrated with AR platforms mainly focus on Human-Machine Interface(HMI)for interactive experiences.Furthermore,most wearable sensors currently used in conjunction with AR systems are rigid and cumbersome,which hampers their application to the skin interfaces of patients for personalized healthcare.Herein,we developed a wireless,battery-free multi-axial sensor with a thin and small form factor and integrated it with the AR system to visualize sensing data(e.g.,pressure,shear stress,and temperature)from the subjects.The overall system demonstrated efficacy in preventing pressure injuries,monitoring posture to prevent disc herniation,and intuitive AR monitoring of physical parameters for subjects sitting in wheelchairs and lying in bed.
文摘Hangzhou,a city steeped in Song Dynasty(960-1279)elegance yet pulsating with digital DNA,is nurturing China’s next generation of tech pioneers.As Hangzhou-based DeepSeek’s open-source code reshapes the global AI landscape,companies like Rokid,a Chinese augmented reality(AR)technology provider also based in Hangzhou,are no longer content with isolated technological breakthroughs.Instead.
