基于仿真实验的智能化开放实验系统的构建与实现

Construction and Realization of Intelligent Open Experimental System Based on Simulation

文章根据目前国内外高校物理实验的发展现状与趋势,结合现代物理电子技术、网络与计算机技术的发展及物理实验教学模式的改革,提出与构建了智能化开放物理实验系统。此系统融合了传统教学的功能和现代教学模式,可以实现学生自主设计实验、创新研究实验、开放实验、远程实验、仪器共享及实时互动等功能。此系统丰富了教学资源、构建了适应于各层次学生自主学习的平台,在提高面向大面积学生的实验教学水平和教学质量中发挥了很好的作用。本文阐述了此智能化系统的构建思想、系统的结构、运行原理及在教学中的实践效果。

Based on the development status and trends of the physics experiment in the universities both at home and abroad, and combined with the development of modern electronic technology, network and computer technologies, and the reform of physics teaching mode, this paper proposes and constructs an intelligent open physics experiment system. This system integrates the functions of traditional teaching with modern teaching mode, can achieve functions of students＇ self-designed experiment, innovation research experiment, open experiment, remote experiment, instrument sharing, and real-time interaction. In addition, the system enriches the teaching resources, constructs a platform suitable for all levels of student, and plays very good role in improving the experimental teaching level and teaching quality oriented to large area of students. In this paper the construction ideas, system＇s structure, operation principle, and the practical effect in teaching are described.