37‐2: Invited Paper: Enabling Augmented‐Reality Near‐Eye and Head‐Up Displays with Neural Holography
SID Symposium Digest of Technical Papers, 2022•Wiley Online Library
Holography promises unprecedented capabilities for augmented reality (AR) display
systems, but the current achievable image quality is quite limited. We leverage Neural
Holography, a family of artificial intelligence‐driven computer‐generated holography (CGH)
techniques, to enable two holographic see‐through AR displays: a lightguide coupled near‐
eye display (NED) and a partial reflective head‐up display (HUD). Experimental results
demonstrate the promise of enabling next‐generation AR 3D holographic displays.
systems, but the current achievable image quality is quite limited. We leverage Neural
Holography, a family of artificial intelligence‐driven computer‐generated holography (CGH)
techniques, to enable two holographic see‐through AR displays: a lightguide coupled near‐
eye display (NED) and a partial reflective head‐up display (HUD). Experimental results
demonstrate the promise of enabling next‐generation AR 3D holographic displays.
Holography promises unprecedented capabilities for augmented reality (AR) display systems, but the current achievable image quality is quite limited. We leverage Neural Holography, a family of artificial intelligence‐driven computer‐generated holography (CGH) techniques, to enable two holographic see‐through AR displays: a lightguide coupled near‐eye display (NED) and a partial reflective head‐up display (HUD). Experimental results demonstrate the promise of enabling next‐generation AR 3D holographic displays.
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