主被动立体混合式虚拟现实实验教学系统的设计与实现

Design and Implementation of a Hybrid Active/ Passive Stereoscopic Virtual Reality Experimental Teaching System

通过自主创新,提出了构建主被动立体混合式虚拟现实实验教学系统的新思路。通过对东北大学矿山虚拟现实与数值仿真中心先后引进的主动式和被动式立体虚拟现实系统进行整合,开发出特色鲜明的虚拟现实实验教学系统控制软件,实现了相关硬件的网络化管理和自动控制,丰富了实验教学内容和手段,提高了实验教学质量和效果。

An innovative approach is presented in the paper to build a hybrid active / passive stereoscopic virtual reality experimental teaching system.By integrating the active and the passive stereoscopic virtual reality system purchased in succession at the Mining Virtual Reality and Numerical Simulation Center of Northeastern University,a set of distinctive central control system software is developed to realize the network-based management and automatic control of the related hardware.As a result of the virtual reality laboratory upgrading,both the content and means of experimental teaching have been enriched,and the quality and performance are also improved.It also provides reference to the readers in the upgrading and improvement of the virtual reality laboratory.