PhD Student Stanford University Stanford, California
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.