-We have developed a two-way multi-view 2-D/3-D display combining a liquid crystal lens and horizontally and vertically x times-density pixels (HVxDP) arrangement. The two-way multi-view display features the same display resolution in 2-D and 3-D modes and a quite small color moiré for landscape and portrait, respectively, when using the HVxDP arrangement. In this paper, we realized suitable 3-D properties for achieving a good balance between 3-D moiré and 3-D crosstalk for landscape and portrait by a two-way liquid crystal lens with two kinds of focal lengths for the edge part and the center part of the lens.

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An approach that uses a two-way LC lens and novel pixel arrangement enables 3D properties suitable for landscape and portrait displays.

We have developed a two-way multi-view 2D/3D display combining a liquid crystal (LC)

We built a new binocular near eye DFD display system. In order to display two virtual images at different viewing distances from the observer, which is necessary for DFD image, we employed time division driving of the LCD. Furthermore, using this DFD display system, visual fatigue was evaluated when observing 3D image by binocular near eye DFD and 3D image with only vergence. We suggested that 3D image by binocular near eye DFD causes less visual fatigue than 3D image with only vergence.