多维虚实融合的“计算机控制系统”实验教学创新实践

Innovative Practice of Multidimensional Virtual and Real Integration in Experimental Teaching of"Computer Control System"

为提高课程教学质量,开发了多维虚实融合的多水位控制实验系统。该实验集仿真与实体实验、远程与本地实验于一体,结合了硬件与软件、系统与算法,能构成多种复杂控制对象,满足课程的实验教学需求。交替安排理论课与实验课,使实验贯穿教学全过程。通过线上线下混合教学、翻转课堂、讨论课的形式开展理论教学,由学生主导课堂。设计多种基础性实验和综合性实验,使知识点的过渡与难度的递进更平滑。采用多评价主体、多评价角度的方式使评价体系更多元全面。实践表明,该实验教学模式具有较好的教学效果。

In order to improve the quality of course teaching,a multidimensional virtual and real integration experimental system for water multi-level control is developed,which integrates simulation and physical experiments,remote and local experiments,and combines hardware and software,system and algorithm.It can form various complex control objects and meet the experimental teaching needs of the course.We arrange theoretical and experimental courses alternately,so that experiments run through the entire teaching process.We adopt a combination of online and offline teaching,flipped classrooms,and discussion classes to carry out theoretical teaching,which makes students leading the classroom.Innovative design of various basic and comprehensive experiments make the transition of knowledge points and the progression of difficulty smoother.We utilize multiple evaluation subjects and perspectives to make the evaluation system more diverse and comprehensive.Practice shows this experimental teaching mode has excellent teaching effects.