We devised dual side transparent 3D display using transparent OLED panel and two lenticular arrays. The OLED panel is sandwiched between two parallel confocal lenticular arrays, forming Gabor super-lens. The display provides dual side stereoscopic 3D imaging and floating image of the object, placed behind it. The floating image can be superimposed with the displayed 3D image. The displayed autostereoscopic 3D images are composed of 4 views, each with resolution 64x90 pix.
We have devised full resolution stereoscopic television system incorporating both patterned retarder and active glasses. Selective vision of the left image by the left eye and the right image by the right eye is achieved by conventional combination of patterned retarder and left and right polarized filters. Full resolution is provided by active components of glasses acting as a switchable beam displacer. Pairs of line-interleaved images are displayed on LCD screen sequentially at a frame-rate 120 Hz. Viewer can see full resolution stereoscopic images as if they are displayed in interlaced manner by active glasses. Active glasses are flicker free. Patterned retarder defines crosstalk level in a range below 1%.