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Study on Virtual Reality Technology Applied to Mining Subsidence and Geohazards

机译:虚拟现实技术在开采沉陷和地质灾害中的应用研究

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Virtual reality technology is a newly-developed technical means to achieve human-computer interaction,assisted by computer and the latest sensing technology. Based on virtual reality technology,mining parameters and geological conditions are digitized and fed into VR system via human-computer interaction,and the scenes of mining subsidence,damage towards ground buildings and geohazards can be created instantaneously. Meanwhile,actual mining subsidence and geohazards are learned by virtual reality system which is then able to carry out risk forecasts. This has provided valuable information for safety of operation and optimum system design of mines. Two vital techniques in virtual reality technology were addressed in this paper: virtual scene modeling and virtual scene driving.
机译:虚拟现实技术是在计算机和最新传感技术的辅助下,实现人机交互的最新技术手段。基于虚拟现实技术,将采矿参数和地质条件数字化,并通过人机交互输入到VR系统中,可即时创建开采沉陷,对建筑物的破坏和地质灾害的场景。同时,通过虚拟现实系统学习实际的开采沉陷和地质灾害,然后进行风险预测。这为矿山的运行安全和最佳系统设计提供了宝贵的信息。本文讨论了虚拟现实技术中的两项重要技术:虚拟场景建模和虚拟场景驱动。

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