摘要
以MATLAB/SIMULINK为基本编程环境,借助其强大的控制系统仿真、分析和建模能力,以及完善的图形用户界面(GUI,Graphical User Interfaces)设计功能,提出了一种自动控制原理实验课程虚拟教学平台的设计方案。平台包含五大类共计十四个具体实验,覆盖"自动控制原理"课程教学内容。给出了该平台总体设计流程以及具体实例的设计过程。系统联调表明该虚拟平台运行良好,可以实现预期要求。打破了传统实验课关于时间、地点与实验成本的限制,使实验过程更加直观、灵活,有助于提高该课程的课堂教学效率。
As a basic programming environment,MATLAB / SIMULINK has a powerful ability in simulating,analyzing and modeling a control system and has a perfect graphical user interface（ GUI） designer. The paper proposed a solution of a virtual experiment teaching platform of automatic control theory based on MATLAB. The platform includes five parts,a total of 14 experiments,covering all teaching content. Design process of the platform structure and specific examples are also given in the paper.System test shows the virtual platform works well and reaches expected design requirement. The platform overcomes the disadvantages and limitations about time,place and costs,makes the experiments more intuitive and flexible,and helps to raise the classroom teaching efficiency.
出处
《实验室科学》
2016年第3期48-52,共5页
Laboratory Science
基金
青岛农业大学实验技术研究项目(项目编号:SYJK14-14)
