Jeng Mei-Yuan, Yeh Tsu-Ming, Pai Fan-Yun
Department of Life Sciences, National Open University, New Taipei City 247, Taiwan.
Department of Industrial Engineering and Management, National Quemoy University, Kinmen 892, Taiwan.
Healthcare (Basel). 2022 Mar 23;10(4):605. doi: 10.3390/healthcare10040605.
eHealth wearables can track users' state of health, record their physiological data, and facilitate self-care. In this study, we examined whether they enhance older adults' casual exercise willingness and life satisfaction. After reviewing the related literature, the performance and satisfaction of elements for older adults to use eHealth Wearables were determined. The elements were derived from the means-end chain analysis. Three dimensions, product attributes, beneficial consequences, personal values, and responding elements, were identified first. The Performance Evaluation Matrix (PEM) was then established to determine the elements to be improved. A total of 250 questionnaires were distributed, out of which 206 valid questionnaires were completed and returned. In the proposed PEM, the product attributes that were in the priority improvement zone were accessibility, learnability, usability, affordability, positioning, pedometer, heart rate monitor, and data feedback. These elements are the most essential properties in need of improvement.
电子健康可穿戴设备可以追踪用户的健康状况,记录他们的生理数据,并促进自我保健。在本研究中,我们调查了这些设备是否能提高老年人的休闲运动意愿和生活满意度。在回顾相关文献后,确定了老年人使用电子健康可穿戴设备的各项要素的性能和满意度。这些要素源自手段-目的链分析。首先确定了三个维度,即产品属性、有益后果、个人价值观和响应要素。然后建立了性能评估矩阵(PEM)以确定需要改进的要素。共发放了250份问卷,其中206份有效问卷被填写并返回。在所提出的PEM中,处于优先改进区域的产品属性包括可及性、易学性、可用性、可承受性、定位、计步器、心率监测器和数据反馈。这些要素是最需要改进的关键属性。