http://koreascience.or.kr:80/article/JAKO201809469053708.pdf

A Study on the Design Plan of UX for the Smart Healthcare for the Aged Society - Focused on IOT Technology

The Development of User Interface Usability Evaluation Index of Mobile Healthcare Application for the Elderly using AHP

https://www.koreascience.kr:443/article/CFKO201735553776514.pdf

Interactive Service Providing Information on Dong-Eui University

Structural Relationship Between Artificial Intelligence Utilization and Digital Healthcare Activation: Application of Structural Equation Modeling

Currently, Korea is rapidly entering an aging society due to increased life expectancy and a declining birthrate, resulting in increased social costs for supporting the elderly and a weakening of the country's growth engine due to a declining productive population.To solve these problems, it is important to develop a smart healthcare service industry utilizing artificial intelligence and robots, and specific case studies on service models are needed.Therefore, this study exploratively analyzed the cases of AI and robot healthcare services for the elderly in Japan, an ultra-aging society and robot powerhouse, divided into physical and psychological areas.As a result, service models that continuously predict and recognize changes in physical and emotional conditions and abnormal symptoms of the elderly are spreading in nursing homes, and emotion recognition and communication robot service models are actively being advanced to solve loneliness and depression among the elderly.In addition, wearable muscle suits and avatar robot models are being developed to support physical activities for the elderly.As AI and robotics are combined with drones and VR, various service models such as exercise, leisure, and delivery for the elderly are also emerging.Academically, this study conducted a case study to revitalize the AI and robot healthcare industries to solve the aging problem in Korea, and practically, it suggested the direction of service model development in related industries in Korea through a case analysis of Japan. 

An Exploratory Study of Artificial Intelligence and Robotic Healthcare Services in Aging Society: A Case Study of Japan

The purpose of this study is to empirically verify how UI usability of mobile healthcare applications affects the perception of technostress and continuous use of elderly users. Through this, the effect of UI usability of mobile healthcare applications on technostress and continuous use intention was demonstrated for 199 people aged over 60. As a result, all four sub-factors of UI usability had a significant effect on technostress, and the magnitude of the influence was found to be in the order of content, process, design, and system. On the other hand, it was found that technostress had a significant effect on the intention of continued use. Through the above results, a UI design strategy that can lead to continuous use by relieving the technostress experienced by the elderly was suggested. This provides academic and practical implications for the future development and service direction of mobile healthcare applications for the elderly.

http://www.koreascience.or.kr:80/article/JAKO202116739406228.pdf

The Effect of UI Usability of Mobile Healthcare Applications on Technostress and Continuous Use Intention: Focusing on Elderly Users

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The Effect of UI Usability of Mobile Healthcare Applications on Technostress and Continuous Use Intention: Focusing on Elderly Users