基于WSR-AHP的社区康复运动公共服务软平台构架研究

Soft Platform Framework of Community Rehabilitation Exercise Public Service Based on WSR-AHP

中文关键词: WSR法  层次分析法  精准化  专业化  运动评估  运动反馈

英文关键词: WSR  AHP  precision  specialization  exercise evaluation  exercise feedback

中文摘要:

      目的 针对社区康复运动服务精准化和专业化问题，聚焦运动评估和运动反馈，改善社区康复运动公共服务体验，提升康复效果。方法 以北戴河国际健康城周边社区为例，运用WSR法分别对康复运动物理、事理、人理三部分进行具体分析，明确服务精准化和专业化的功能目标，通过案例分析得出引导、交互、反馈三大服务流程，并收集用户需求，结合层次分析法进行需求权重分析。结果 得出康复运动评估和运动反馈两个重要需求，分别阐述其服务机制，以三大服务流程为基础架构，打通线上和线下，联动家庭-社区-医院，建立社区康复运动公共服务软平台构架，围绕用户行为，形成完整服务流程，并生成用户线上端测试版。结论 通过模糊综合评价法验证了康复运动公共服务软平台的可行性，为社区康复管理服务提供了新的方法和建议，也为智能器械的创新设计提供了新思路。

英文摘要:

      In view of the precision and specialization of community rehabilitation exercise services, exercise evaluation and exercise feedback are focused to improve the public service experience of community rehabilitation exercise and enhance the effect of rehabilitation.Taking Beidaihe International Health City surrounding communities as an example, WSR method was used to analyze the physical, moral and human aspects of rehabilitation exercise, the functional objectives of precision and professionalism of rehabilitation exercise were defined, and the three service processes of guidance, interaction and feedback were obtained by analogy analysis. User needs were collected and weight analysis was conducted through AHP.The two important needs of rehabilitation exercise evaluation and exercise feedback were obtained, and the service mechanism was elaborated respectively. Based on the three service processes, the soft platform framework of community rehabilitation exercise public service was established by connecting online and offline, linking family- community-hospital. Centering on user behavior, the soft platform service process was formed, and the test version of user online app was completed. The feasibility of rehabilitation public service soft platform was verified by fuzzy comprehensive evaluation method, which provided new methods and suggestions for community rehabilitation management service and new ideas for innovative design of intelligent equipment.