THE DEFINITIVE DATABASE OF AUTOSTEREOSCOPIC DISPLAYS

Glasses-free 3D displays—such as those using lenticular lenses or parallax barriers—rely on precise optical structures to direct different images to each eye. However, these fine

Glass-to-glass latency refers to the total delay between capturing eye position (via an eye-tracking camera) and displaying the corresponding 3D image on the screen. This metric is critical for motion-to-photon (M2P)

The vergence-accommodation conflict (VAC) is a fundamental issue in 3D displays where the human visual system receives mismatched cues between vergence (eye rotation) and accommodation (eye focus). This mismatch causes visual

Free-viewing is the ability to perceive 3D content without glasses—a key feature of autostereoscopic displays (like lenticular or parallax barrier screens). For stereoscopic displays (which typically

Human vision is the process by which our eyes capture information and the brain process it to create images of the world around us. Briefly,

Stereoscopy is the science and technology of creating the illusion of depth perception by presenting two offset images—one to each eye—mimicking the way human vision naturally perceives 3D