Research on Motion Rehabilitation Game Design Based on Exoskeleton Robots
Motor rehabilitation training is crucial for the physical and mental recovery of stroke patients,necessitating technological innovation and psychological-emotional support to enhance user engagement and positive experience.To address the design challenges posed by interdisciplinary collaboration and diverse stakeholders,this study systematically examined the relationships among service systems,human-computer interaction systems,game systems,and customized hardware in design practice.It delineated the three stages of training services-pre-game,in-game,and post-game-and proposed a design framework incorporating target dimensions,feedback and reward dimensions,and difficulty balancing dimensions,alongside a design process integrating multiple strategies.Ultimately,leveraging novel exoskeleton robot technology,the study completed the design,development,and user testing of a motor rehabilitation game.The test results indicated that the game has considerable potential in terms of user experience smoothness and positive emotional impact.The framework and process proposed in this study provide valuable references for the design of rehabilitation games and the development of rehabilitation games based on customized hardware in a multidisciplinary collaboration context.
exoskeleton robotstrokemotion rehabilitationdesign research
万方数据
维普
