RESUMEN
Low resolution and narrow viewing angle are common problems for most of the existing autostereoscopic display systems. Although integral imaging is among the promising candidates for future autostereoscopic display, it is not yet free from the above bottlenecks. In this paper, a new technique to enhance the picture quality of a three-dimensional image using an offset lens array is proposed. The proposed system is suitable to realize a tiled integral floating display with high pixel density, while it also increases the viewing angle to match all of the optical devices in a single display unit. The proposed scheme was also verified with experimental results.
RESUMEN
A tiling integral floating display system is proposed using the optimization of viewing window. The integral floating display, which is a combination of an integral imaging system and a floating lens, has many advantages, but it is hard to realize a large system due to the cost and difficulties in making the large floating device. In this paper, the stackable integral floating display is proposed by modifying the size of the viewing window to be the same as that of the display device, which can be a solution for the large scale autostereoscopic three-dimensional display system.