Improved parallax barrier autostereoscopic display software

许多电视制造商正在大力投资3D电视技术，以便将影院中的3D体验带到消费者市场。目前，大多数3D电视都需要特殊的眼镜才能看到立体图像。相比之下，自动立体屏幕绕过了额外眼镜的要求。这种设备通过以不同角度发射光线来工作，这使得观看者的视觉系统可以在不需要佩戴特殊眼镜的情况下重建3D图像。自动立体技术的两种主要形式是多视图透镜状显示器（MLD）和视差屏障显示器。 该提议涉及对软件的改进，该软件利用通过在图形处理器单元上执行代码而可用的性能增强来为新的视差屏障显示器渲染内容。

Many TV manufacturers are investing heavily in 3D television technology in order to bring the 3D experience found in theatres to the consumer market. Most 3D TVs available today require special glasses in order to see the stereoscopic image. Autostereoscopic screens, in contrast, bypass the requirement of additional eyewear. Such devices operate by emitting light rays at different angles, which allows the viewer's visual system to recreate 3D images without the need to wear special glasses. The two primary forms of autostereoscopic technology are multiview lenticular displays (MLD) and parallax barrier displays. This proposal relates to improvements to the software that renders content for a new parallax barrier display, taking advantage of performance enhancements available by executing code on the graphics processor unit.