Microsoft HoloLens: Difference between revisions
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|Website=[http://www.microsoft.com/microsoft-hololens/en-us Microsoft HoloLens] | |Website=[http://www.microsoft.com/microsoft-hololens/en-us Microsoft HoloLens] | ||
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Microsoft HoloLens is a [[Augmented Reality]] [[device]] developed by [[Microsoft]]. It is part of the [[Windows Holographic]] [[AR Platform]] incoporated wtih [[Windows 10]] OS. Similar to other [[OHMD]]s, HoloLens is a see through display worn over your eyes. Unlike [[Oculus Rift]] and [[Virtual Reality#Devices|VR Devices]], the eye-piece component of HoloLens is transparent and the headset requires neither PC nor smartphone. It is able to project high-definition virtual content over real world objects. One of the example Microsoft used was Windows-like interfaces were projected onto walls and furniture. Users can interact with these projections with gestures and voice commands. | Microsoft HoloLens is a [[Augmented Reality]] [[device]] developed by [[Microsoft]]. It is part of the [[Windows Holographic]] [[AR Platform]] incoporated wtih [[Windows 10]] OS. Similar to other [[OHMD]]s, HoloLens is a see through display worn over your eyes. Unlike [[Oculus Rift]] and [[Virtual Reality#Devices|VR Devices]], the eye-piece component of HoloLens is transparent and the headset requires neither PC nor smartphone. It is able to project high-definition virtual content over real world objects. One of the example Microsoft used was Windows-like interfaces were projected onto walls and furniture. Users can interact with these projections with gaze, gestures and voice commands. | ||
Microsoft HoloLens runs a self-contained Windows 10 computer. It features HD 3D optical head-mounted display, spatial sound projection and advanced sensors to allow its users to interact its AR applications through head movements, gestures and voices. | Microsoft HoloLens runs a self-contained Windows 10 computer. It features HD 3D optical head-mounted display, spatial sound projection and advanced sensors to allow its users to interact its AR applications through head movements, gestures and voices. | ||