摘要
针对传统仿真教学实验系统存在的环境参数设定不精准、实验环境模型性能欠佳等问题,文章提出了Unity3D与人工智能融合的交互式虚拟仿真教学测试系统设计方案。该系统通过硬件部分包含虚拟现实(Virtual Reality, VR)头显与主控板,软件设计上收集场景素材、设定设备映射参数,在Unity3D中完成三维建模、贴图及细节优化,从而构建高精度的实验环境模型。此外,系统还引入了人工智能技术,对学生操作行为实时分析并进行个性化反馈,优化实验流程,提升教学效果。实验结果表明,该系统模拟误差率仅为0.26%,通过人工智能技术的应用,显著提高了学生的学习效率和操作熟练度,为教育数字化转型提供了有力支撑。
This article proposes a design scheme for an interactive virtual simulation teaching and testing system that integrates Unity3D and artificial intelligence to address the problems of inaccurate environmental parameter settings and poor performance of experimental environment models in traditional simulation teaching experimental systems.The system includes a Virtual Reality(VR)headset and a main control board through hardware design,and collects scene materials and sets device mapping parameters through software design.It completes 3D modeling,mapping,and detail optimization in Unity3D,thereby constructing high-precision experimental environment models.In addition,the system also introduces artificial intelligence technology to analyze students'operational behavior in real-time and provide personalized feedback,optimize the experimental process,and improve teaching effectiveness.The experimental results show that the simulation error rate of the system is only 0.26%,and the application of artificial intelligence technology significantly improves students'learning efficiency and operational proficiency,providing strong support for the digital transformation of education.
作者
刘艳
徐自立
曾建航
LIU Yan;XU Zili;ZENG Jianhang(College of Information Engineering,Zhengzhou University of Technology,Zhengzhou 450044,China;College of Basic Science,Zhengzhou University of Technology,Zhengzhou 450044,China)
出处
《无线互联科技》
2025年第20期58-61,66,共5页
Wireless Internet Science and Technology
