Display dependent coding for 3D video on automultiscopic displays

Layer Assignment Based on Depth Data Distribution for Multiview-Plus-Depth Scalable Video Coding

“…Other scalability methods using 3D data include view scalability, which enable extraction of separate views [16]- [18] and a method that adapts the multiview sequence to the depth limitations of the display [19].…”

Efficient multi-view ray tracing using edge detection and shader reuse

“…Recently, stereo rendering has also been re-introduced to real-time graphics with products targeting game players, and in South Korea, broadcasts of public television for stereo started in January 2010. In addition, automultiscopic displays, with many more than two views (e.g., 8 or 64) have become publicly available, and there is ongoing standardization work to augment MPEG to handle multiple views (see the previous work section and proposed algorithm by Ramachandra et al [25]). All this implies that stereo and multi-view display technology is going mainstream, and may soon be ubiquitous.…”

Multiview plus depth scalable coding in the depth domain

“…A similar approach to temporal scalability is used for view scalability where a set of views can be extracted from the sequence [8]. In addition Ramachandra et al [9] suggest a method that adapts to the display bandwidth. Regions that are blurry due to limitations in displaying at certain depths can be encoded with less quality.…”

“…Other scalability methods using 3D data include view scalability, which enable extraction of separate views [8] and a method that adapts the multi-view sequence to the depth limitations of the display [9].…”