光电类课程虚拟仿真实验教学系统的构建与应用

Construction and Application of Virtual Simulation Experiment Teaching System for Optoelectronic Courses

光电技术相关专业普遍存在一些常规实验教学条件下无法开展的、不可及的、高成本的实验。本文搭建了基于虚拟仿真思想的实验教学平台,将光电技术相关专业的知识点综合提炼为一个工程系统,从光信息的产生、光信息的传输及光信息的探测三方面介绍了该实验仿真平台的整体构思和具体功能,并将相关实验内容通过三维动画的形式进行演示,使学生在课程与实验的学习中获得更直观的教学感受。

In optoelectronic technology-related majors,there are generally some experiments that cannot be carried out under the conditions of conventional experimental teaching,which are inaccessible and have high cost.In this article,an experimental teaching platform based on the idea of virtual simulation is built,and the knowledge points related to optoelectronic technology are comprehensively refined into an engineering system.The overall concept and specific functions of experimental simulation platform are introduced from three aspects:the generation of optical information,the transmission of optical information and the detection of optical information.The relevant experimental content is demonstrated in the form of three-dimensional animation,so that students can obtain a more intuitive teaching experience in the learning of courses and experiments.