宇宙飛行士のために採用される仮想現実と拡張現実技術 - Nat Guy | Augmented Reality for Space Exploration | Oct 19, 2016
また、宇宙船の中では紙のマニュアルを探すことも、ページをめくることも容易ではないたため、このような手順を直ぐに検索し、ハンズフリーで使用できるデバイスはとても便利で有用性が高い。
宇宙船内でHoloLensを装着して必要な装置を設置するという作業シナリオ。
こちらが実物の対象物
HoloLensを装着して装着手順をARで見ながら行うことができる
その他の箇所でも、作業手順を見ながら対応することができる
医療関連でも
マイクロソフト ホロレンズ Microsoft HoloLens メガネ Glass ホログラム コンピュータ 3D映像 Holographic Windows 10【開発者向け 】 [並行輸入品] 新品価格 |
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Nat Guy | Augmented Reality for Space Exploration | Oct 19, 2016 from DesignUseBuild on Vimeo.
JPL uses cutting-edge augmented reality and virtual reality technology to explore space and our own planet in innovative ways. JPL’s scientists plan and analyze activities for the Mars Curiosity rover while walking on a 3D reconstruction of the Martian surface. Mechanical engineers designing spacecraft and rovers can preview full-scale holographic prototypes before any parts are built. Astronauts aboard the International Space Station can receive virtual assistance from experts on the ground and work more efficiently by using AR interfaces. These are only some of the projects in AR and VR that are going on right now at JPL. This talk will present recent projects that leverage immersive technology to tackle unique visualization challenges, and discuss research that shows the efficacy of these techniques.
Nathaniel “Nat” Guy is a Lead User Interface Developer in the Human Interfaces Group http://www.hi.jpl.nasa.gov at the NASA Jet Propulsion Laboratory. He has Master’s degrees in Computer Science and in Aeronautics & Astronautics, both from the University of Washington. Prior to joining JPL, Nat spent five years as a software engineer at Nintendo of America, and has also worked on software testing for SpaceX and ground system software development for the Hakuto Lunar XPRIZE Team in Japan. At JPL, Nat builds highly test-driven 3D interfaces for AR and web-based platforms to support mission operations and planning for the upcoming Mars 2020 rover mission.