Compensation of a chromatic aberration of a geometric phase lens for realizing a bi-focal integral floating display without a color breaking.
Hee-Jin ChoiHyun-Taek LeeKyung-Il JooTae-Hyun LeeSung-Wook MinHak-Rin KimPublished in: ICCE (2020)
Keyphrases
- color images
- color information
- display devices
- color space
- color components
- multi projector
- high resolution color
- image processing
- real time
- color features
- color correction
- business intelligence
- learning phase
- geometric constraints
- high dynamic range images
- color segmentation
- geometric information
- light field
- image quality
- mobile devices
- three dimensional
- case study
- computer vision
- data mining