Tabletop augmented reality 3D display system based on integral imaging

Review on tabletop true 3D display

“…Thus, we can suppose that when the projectors are increased to project different reference beams from multiple directions, viewers would obtain different view images produced by the MHOE. In addition, the system is able to implement tabletop augmented reality (AR) 3D display because of its optical see‐through property, providing the possibility for more tabletop tasks. However, one of unresolved problems about the MHOE is the difficulty to record too much 3D information of different directions because of the limited manufacturing technology, although it is possible in theory.…”

48‐4: Invited Paper: High‐resolution Integral Imaging 3D Display System

“…Integral imaging 3D display is a promising technology for 3D display, and it was proposed by Lippmann in 1908. Integral imaging has the advantages, such as continuous viewpoint, full parallax, no visual fatigue, and free for glasses [1][2][3]. However, it has some disadvantages, such as low resolution, color moiré pattern, and graininess.…”

Dual-View Integral Imaging 3D Display Based on Multiplexed Lens-Array Holographic Optical Element

“…Integral imaging is considered to be one of the most promising display technologies. It has the advantages of full parallax [12] and continuous viewpoint [13], and it supplies various physiological depth cues, so viewers can freely change the accommodation and convergence without feeling any visual discomfort [14,15]. Integral imaging has a small viewing angle, and the viewing zone is periodically repeated.…”