Development of High resolution Autostereoscopic Display using Liquid Crystal Sutter dividing the Iris-plane

我们研制了基于虹膜平面分割技术的高分辨率自由立体三维显示系统。我们通过根据视觉距离改变激活的LC单元的位置，在没有任何机械部件的情况下，在深度方向上离散地电控观察区域。我们还开发了前扩散膜，它保持了偏振态，并具有顶帽光扩散分布，宽视角OCB模式液晶快门，实现了高光效和高亮度均匀性。我们证实，我们的3D显示器成功地产生了高质量的立体图像，没有串扰噪声。

We developed the high-resolution autostereoscopic 3D display system based on the iris-plane dividing technology. We electrically controlled the observation area discretely in the direction of the depth without any mechanical parts by changing the position of activated LC cell according to the visual distance. We also developed the front diffusing film which maintains the polarization state and has a top-hat light diffusing distribution, wide-viewing angle OCB-mode liquid crystal shutter and realized high light efficiency and high luminance uniformity. We confirmed that that our 3D display successfully produced high-quality stereoscopic images without cross-talk noise.