基于生物电人机交互的单片机课程设计实施探索

MCU Curriculum Design and Implementation Based on Bioelectricity HCI Interaction

  • 摘要: 针对目前高校实践教学要密切联系技术热点,为社会应用服务的要求,开展了基于生物电人机交互的单片机课程设计。该文首先阐述了其实施的依据,并着重分析了选题所遵循的综合实践性、适用可行性和新颖创造性共性特征;然后对开展该课程设计所采取的实施思路以引导激发、适时指导、评价考核三个方面进行了讲解;最后以基于表面肌电信号的人机交互控制系统为案例进行了具体说明。

     

    Abstract: According to the current practice teaching in colleges and universities should be closely linked with technical hotspots,and for the requirements of social application services,a single-chip microcomputer curriculum design based on human-computer interaction of bio-electricity was launched.Firstly,this paper elaborates the implementation basis of curriculum design,and focuses on the analysis of the common characteristics of selection of the subject-comprehensive practicality,feasibility and novelty.Then the implementation of the curriculum design to implement the idea to guide the excitation,timely guidance,evaluation and assessment were explained.Finally,the human-computer interaction control system based on the surface EMG signal is specifically described as a case.

     

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