Research on Virtual Experimental Teaching Platform of Vehicle Electronic Control
XI Jun-qiang;ZONG Ying;WANG Wen-shuo;School of Mechanical Engineering,Beijing Institute of Technology;
According to needs of the experimental teaching,an 8-DOF overall vehicle dynamic model is built by using MATLAB / Simulink. A human-computer interaction system which includes external interactive devices and MATLAB GUI is established,virtual scenarios are made by 3D MAX and Vizard4. 0,and data interfaces between softwares are finished. Finally,the virtual experimental platform of vehicle electronic control is established to realize the successful combination of real and virtual teachings. The feasibility of the virtual experimental platform applied in teaching is discussed,and its application in virtual teaching is also summarized and analyzed. The results verify that the use of the platform deepens the understanding of vehicle control theory and application,and the effect is good.