Focal surface display: Difference between revisions
→Introduction: Link light field and VAC in separate places |
→Introduction: Change "currently" to 2017 past tense |
||
| Line 17: | Line 17: | ||
There had been previous attempts to solve the vergence-accommodation conflict such as using integral imaging techniques to synthesize [[light field]]s from scene content or displaying multiple focal planes, but these suffered from such problems as low fidelity accommodation cues, low resolution, and low field of view. The focal surface display is expected to generate high fidelity accommodation cues using off-the-shelf optical components. The spatial light modulator - placed between the display screen and eyepiece - produces variable focus along the display field of view. <ref name=”2”></ref> | There had been previous attempts to solve the vergence-accommodation conflict such as using integral imaging techniques to synthesize [[light field]]s from scene content or displaying multiple focal planes, but these suffered from such problems as low fidelity accommodation cues, low resolution, and low field of view. The focal surface display is expected to generate high fidelity accommodation cues using off-the-shelf optical components. The spatial light modulator - placed between the display screen and eyepiece - produces variable focus along the display field of view. <ref name=”2”></ref> | ||
As of 2017, there was no known planned commercial release for focal surface display technology. <ref name=”6”></ref> | |||
==Development and announcement of the focal surface display== | ==Development and announcement of the focal surface display== | ||