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Augmented Virtual Reality

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Augmented Virtual Reality

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Research Frontiers in Neural Rendering for Real-time Photorealistic Scenes

Development of neural network-based rendering techniques that synthesize photorealistic virtual environments in real-time using implicit scene representations and view synthesis.

Latency-Imperceptible Neural Radiance Fields for XR

Spectral Hallucination in Real-time Neural Scene Synthesis

Neural Occlusion and Disocclusion at Perception Limits

Adaptive Compression in Streaming Neural Render Pipelines

Embodied Light Transport in Interactive Neural Environments

Semantic Priors Guiding Neural Photorealistic Reconstruction

Cross-Modal Scene Hallucination from Sparse XR Input

Neural Appearance Factorization for Dynamic Relighting

Perceptual Optimization of Latency-Quality Trade-offs

Volumetric Coherence in Multi-View Neural Scene Rendering

All Augmented & Virtual Reality PhD categories