工业虚拟现实工程应用

D. Rantzau, R. Breining, O. Riedel, Ulrich Haefner, Holger Scharm, Andreas Wierse, Ulrich Lang
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引用次数: 1

摘要

虚拟现实技术(VR)和沉浸式投影技术(IPT)在国际学术界得到了广泛的介绍和认可。但是,制造业是否也对最近的立体投影技术感到兴奋呢?成功创造具有生产质量的VR解决方案的关键因素是什么?如何确定应用领域,如何获得投资回报?这些问题将特别针对汽车行业加以解决。虽然有些考虑因素也适用于其他制造业,但有些则不适用。将讨论汽车工业的样品安装和应用中的问题和解决方案。这些VR系统帮助工程师处理不同的问题:•外部汽车设计评估,•车厢热舒适性分析,•生产线可视化•深拉深工具验收。我们将概述用于这些工程任务以及用户界面方面的不同投影和软件技术,因为使用的投影技术与有用的用户交互之间存在特殊的相关性。精心设计一个特殊用途的3D用户界面是用户生产力和用户接受度的关键之一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Industrial Virtual Reality Engineering Applications
Virtual Reality (VR) in conjunction with Immersive Projection Technology (IPT) are well introduced and highly accepted in the international society of institutional research. But does the (manufacturing) industry share this excitement about recent stereo projection technology? What are the key factors of successfully creating a VR solution with production quality? How to identify fields of application and how to get return on invest? These questions will be addressed especially for the automotive industry. While some of the considerations hold for other manufacturing industries as well, some do not. Problems and solutions will be discussed on sample installations and applications for the automotive industry. These VR systems help engineers to deal with different problems: • evaluation of exterior car design, • analysis of thermal comfort in a car cabin, • visualization of a production line • acceptance of tools for deep drawing We will outline the different projection and software technologies used for these engineering tasks as well as the user interface aspects, because there is a special correlation between used projection technology and useful user interaction. The careful design of a special purpose 3D user interface is one of the keys for user productivity and user acceptance.
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