虚拟现实在教育中的应用:一个虚拟物理实验室的原型

R. Loftin, M. Engleberg, R. Benedetti
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引用次数: 75

摘要

构建了一个虚拟物理实验室的原型,使学生能够控制实验室环境以及实验室中物体的物理特性。在当前的实现中,可以控制的环境因素包括重力(大小和方向)、表面摩擦和大气阻力。弹性体的恢复系数也可以改变。可以跟踪物体的轨迹以方便测量。实验室允许学生测量位移和经过的时间。时间可以被冻结以便对时变现象进行精确的观察。这个实验室最终将扩展到宏观和微观领域,使学生能够获得迄今为止不可能的直接观察。计算机图形学在教育中的新应用有可能以提供更好的动机、记忆和智力刺激的方法来增强或取代传统的实验室教学
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Applying virtual reality in education: A prototypical virtual physics laboratory
A prototypical virtual physics laboratory has been constructed that allows students to control the laboratory environment as well as the physical properties of objects in that laboratory. Those environment factors that can be controlled in the current implementation include gravity (both magnitude and direction), surface friction, and atmospheric drag. The coefficients of restitution of elastic bodies can also be altered. Trajectories of objects can be traced to facilitate measurements. The laboratory allows students to measure both displacements and elapsed time. Time may be frozen to allow for precise observation of time-varying phenomena. This laboratory will ultimately be extended into the macroscopic and microscopic domains -giving students access to direct observations that were heretofore impossible. This new application of computer graphics in education has the potential to augment or replace traditional laboratory instruction with approaches that offer superior motivation, retention, and intellectual stimulation.<>
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