摘要
为了满足工业革命4.0的需求,文章提出了在“移动通信网络”课程实验过程中使用虚拟现实(Virtual Reality,VR)工具与MATLAB仿真结合的教学设计。其设计理念包括实验项目场景的建模、计算和调试,根据模型参数进行VR动态界面展示实验结果。学生通过虚拟仿真实验进行实践,实验效果可以和实物进行互相验证,大幅提升学生做实验的效率和体验感。文章对学生实验仿真效果进行综合性评估,得出该教学设计能够提升学生的积极性和活跃度,给学生留出发挥自主性、积极性和创造性的空间,从而提高教学质量。
In order to meet the needs of Industrial Revolution 4.0,a teaching design combining Virtual Reality(VR)tools and MATLAB simulation was proposed in the experimental process of“Mobile Communication Network”courses.The design concept includes modeling,computing and debugging of experimental project scenarios.It displays experimental results on VR dynamic interface based on model parameters.Students practice through virtual simulation experiments,and the experimental results can be mutually verified with physical objects,greatly improving the efficiency and experience of students conducting experiments.A comprehensive evaluation of the simulation effect of the student experiment was conducted,and it was found that the teaching design can enhance the enthusiasm and activity of students,leaving room for them to exercise autonomy,enthusiasm and creativity,thereby improving the quality of teaching.
作者
熊磊
赵红霞
Xiong Lei;Zhao Hongxia(Jiangxi University of Technology,Nanchang 330098,China)
出处
《无线互联科技》
2024年第7期119-121,共3页
Wireless Internet Technology
基金
2022年江西省高等学校教学改革一般课题,项目名称:VR技术支持的高校实训教学研究——以《移动通信网络》课程为例,项目编号:JXJG-22-24-9。
