首页> 外文会议>55th International Astronautical Congress 2004 vol.4 >Predicted Space Exploration Missions (Robotic and Human) Will Require the Use of Cost-Cutting New Technologies, Including 3-D Immersive Visualization Environments (IVEs)
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Predicted Space Exploration Missions (Robotic and Human) Will Require the Use of Cost-Cutting New Technologies, Including 3-D Immersive Visualization Environments (IVEs)

机译:预期的太空探索任务(机器人和人类)将需要使用削减成本的新技术,包括3-D沉浸式可视化环境(IVE)

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The 55~(th) International Astronautical Congress (IAC) at Vancouver, B.C. discusses many new missions of Space Exploration and Utilization. For example, mankind wants to return to the Moon to extract valuable resources; emplace ever-larger telescopes in Deep-Space; send humans to land on Mars - or on the moons of Mars, Phobos and Deimos; and establish Space Gateways at the Sun-Earth L_2 point or at the Earth-Moon L_1 point. If we are to afford all of these new missions, then cost-cutting new technologies and novel operational strategies must be utilized. 3-D-Immersive Visualization is one of the technologies that is just beginning to be used in many fields of exploration, simulation and design. This is being done on both a micro- and macro- scale. This paper further applies 3-D Immersive Visualization to Space Exploration and Utilization.
机译:卑诗省温哥华市第55届国际宇航大会(IAC)讨论了太空探索和利用的许多新任务。例如,人类想返回月球以提取宝贵的资源;在太空中安装更大的望远镜;派人降落在火星上或火星,火卫一和狄莫斯的卫星上;并在太阳地球L_2点或地球月亮L_1点建立空间网关。如果我们要承担所有这些新任务,那么必须利用削减成本的新技术和新颖的作战策略。 3-D浸入式可视化是刚刚在许多勘探,模拟和设计领域中使用的技术之一。这在微观和宏观上都是如此。本文进一步将3D沉浸式可视化应用于空间探索和利用。

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