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传统实训箱和实训台架，笨重且功能单一无法比较全面的演示及讲解，耗时大，且维修，购置成本高，操作复杂，学生无法全面了解课程内容。依照本文所述进行搭建平台，如图7所示为实验箱样品图，本实验箱解决了传统实训箱和实训台架的占用空间及接线操作繁琐的问题，使教师及学生在进行演示及实验易于上手，学生们可以进行尝试性的二次开发对其内部硬件的更新，有效利用内部资源循环使用。
本文设计的实训箱操控简便，只需一台电脑和实训箱配合使用就可以实现汽车上所有传感器的仿真实验以及原理讲解，激起初学者的学习兴趣。实训箱内部可进行硬件更新利用已现有的硬件进行二次开发，实现对现有资源利用。
参考文献
[1] 银石立方科技（北京）有限公司编.车联网技术与应用[M].北京：人民交通出版社股份有限公司，2017.
[2] 湖北汽车工业学院.RFID综合试验箱：CN203941643U[P].2014-11-12.
[3] Reas C. Getting Started with Processing： A Quick， Hands-on Introduction[M]// Getting Started with Processing - a Hands-On Introduction to Making Interactive Graphics.，2010.
[4] 黄文恺，吴羽.Processing与Arduino互动编程[M].北京机械工业出版社，2016.
Design of the Training Platform for the Intelligent Vehicle System Based on Arduino
XIE Zhi-yang，CHEN Ji-qin，JI Lin-jing，CHEN Sheng-li
（College of Mechanical and Electrical Engineering，Heyuan Polytechnic， Heyuan Guangdong 517000）
Abstract：Automobile technology tends to be automated and intelligent. The internal electronic circuit and sensors of the automobile are controlled by the microcomputer. However， the existing automobile teaching attachment has a single function， cumbersome operation and cannot keep up with the development of automobile intelligent technology. In order to solve the shortcomings of the existing automobile teaching attachment， an automobile intelligent system experimental platform is designed with the open source hardware Arduino as the control core. After the experiment， the experimental platform has complete functions， simple operation， visualization of experimental data and other functions， which can be promoted and used in similar majors of advanced vocational colleges.
Key words：Arduino;intelligent;teaching;attachment;sensor