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One-dimensional integral imaging 3D display systems

机译:一维积分成像3D显示系统

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We have developed several kinds of autostereoscopic display systems using one-dimensional integral imaging method. The integral imaging system reproduces light beams similar of those produced by a real object. Therefore our displays have continuous motion parallax. The design, fabrication, and optical evaluation of the displays have been made. By using our proprietary software, the fast playback of the CG movie contents and real-time interaction are also realized with the aid of a graphics card. Realization of the safety 3D images to the human beings is very important. We have measured the effects on the visual function and evaluated the biological effects. We have found that our displays show better results than those to a conventional stereoscopic display. Our display architecture is suitable for flatbed configurations because it has a large margin for viewing distance and angle. Mixed reality of virtual 3D objects and real objects are also realized on a flatbed display. The new technology opens up new areas of application for 3D displays, including communications, arcade games, e-leaming, simulations of buildings and landscapes, and even 3D menus in restaurants.
机译:我们已经使用一维积分成像方法开发了几种自动立体显示系统。整体成像系统可再现与真实物体产生的光束相似的光束。因此,我们的显示器具有连续运动视差。显示器的设计,制造和光学评估已经完成。通过使用我们的专有软件,借助图形卡还可以实现CG电影内容的快速回放和实时交互。为人类实现安全的3D图像非常重要。我们已经测量了对视觉功能的影响并评估了生物学影响。我们发现我们的显示器显示出比传统立体显示器更好的结果。我们的显示架构适用于平板配置,因为它具有较大的观看距离和角度余量。虚拟3D对象和真实对象的混合现实也可以在平板显示器上实现。这项新技术为3D显示开辟了新的应用领域,包括通信,街机游戏,电子学习,建筑物和景观模拟,甚至餐厅的3D菜单。

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