VR in a pair of glasses? New research just made it possible | Digital Trends
VR in a pair of glasses? New research just made it possible | Digital Trends
Applications of Visual Perception to Virtual Reality Rendering
New Advances in Ultra-Thin VR; Reality Labs Gets New COO — The Information
Light Field Technology: the Future of VR and 3D Displays - mediaX at Stanford University
Computational Imaging Optimizing VR with Gaze-contingent Focus Displays | PNAS 2017
Build Your Own VR Display Course - SIGGRAPH 2017: Part 1
Scientists are making VR displays that match your eyesight | Engadget
Computational Imaging Gaze-Contingent Ocular Parallax Rendering for VR | TOG 2020
lecture10.pdf - Inertial Measurement Units II! Gordon Wetzstein! Stanford University! ! EE 267 Virtual Reality! Lecture | Course Hero
Stanford Unveils 'Light Field Stereoscope' a VR Headset to Reduce Fatigue and Nausea – Road to VR
Making VR less painful for the vision-impaired | TechCrunch
A team develops a more personalized virtual reality headset | Stanford University School of Engineering
Stanford And Nvidia Team Up On More Realistic 'Light Field' VR Headset
Seniors Try VR For The First Time - HTC Vive - YouTube
SIGGRAPH showcases jaw-dropping VR research and experiences
Lecture 17: Guest Lecture Professor Gordon Wetzstein - ppt download
Adaptive VR adjusts to your vision, even if you wear glasses » Behind the Headlines - MATLAB & Simulink
Gordon Wetzstein: coupling AI techniques to improve realism in AR and VR | Stanford Electrical Engineering
How to Stop Virtual Reality From Making You Want to Puke | News | Communications of the ACM
Stanford researchers unveil new virtual reality headset
A few projects from EE267: Virtual Reality | Prof. Gordon Wetzstein shares some of the topics students learn in his VR course, EE267. | By Department of Electrical Engineering - Stanford University
Gaze-Contingent Ocular Parallax Rendering for Virtual Reality” – ACM SIGGRAPH HISTORY ARCHIVES
Nvidia researches displays for very slim VR headsets
Optimizing virtual reality for all users through gaze-contingent and adaptive focus displays | PNAS
