低成本,便携,多墙虚拟现实

S. A. Miller, Noah J. Misch, Aaron Dalton
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引用次数: 10

摘要

虚拟现实系统制作了引人注目的外展显示,但一些非常适合外展的系统,尤其是CAVE,其设计特点使得使用它们不方便。在CAVE的情况下,设备很难拆卸、运输和重新组装,通常只有大预算的研究机构才能负担得起这样的系统。我们实现了一个像CAVE这样的系统,它的成本不到3万美元,重约500磅,可以装进一辆15人的面包车。一个由六人组成的团队在不到两个小时的时间内完成了拆包、组装和校准系统的工作。与类似的虚拟现实系统相比,这种成本降低源于我们采用的独特的立体投影方法。我们使用光学斩波轮和商用LCD投影仪的组装来创建真正的有源立体声,成本不到同类有源立体声技术的五分之一。屏幕和框架的设计也进行了可移植性优化;框架组装在几分钟内,只有两个紧固件,并打包成小束,方便和安全的运输。
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Low-cost, portable, multi-wall virtual reality
Virtual reality systems make compelling outreach displays, but some systems highly suitable for outreach, notably the CAVE, have design features that make using them for that purpose inconvenient. In the case of the CAVE, the equipment is difficult to disassemble, transport, and reassemble, and typically only large-budget research facilities can afford such a system. We implemented a system like the CAVE that costs less than $30,000, weighs about 500 pounds, and fits into a fifteen-passenger van. A team of six people have unpacked, assembled, and calibrated the system in less than two hours. This cost reduction versus similar virtual reality systems stems from the unique approach we took to stereoscopic projection. We used an assembly of optical chopper wheels and commodity LCD projectors to create true active stereo at less than a fifth of the cost of comparable active stereo technologies. The screen and frame design also harbor portability optimizations; the frame assembles in minutes with only two fasteners, and both pack into small bundles for easy and secure shipment.
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