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Advanced Multiscopic Display via Temporal Multiplexing

机译:通过时间复用的高级多面显示

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摘要

Recent advances in the framerate of deformable mirror devices (DMDs) coupled with a corresponding increase in the rendering and data transfer capabilities of graphical processing units (GPUs) has lead to the greatly increased viability of temporal multiplexing approaches for 3d display technology. Employing these advances an initial proof of concept four-zone multiscopic display has been demonstrated, with a 8-16 zone large format display in development. Both designs employ a high-speed LCD shutter located at the pupil of the optical train synchronized with a high framerate DMD projector allowing for the formation of multiple viewing zones via persistence of vision. Present results and ongoing progress in the design of the optical train, high speed projector and the associated rendering system.
机译:可变形反射镜设备(DMD)的帧速率的最新进展以及图形处理单元(GPU)的渲染和数据传输能力的相应提高已导致3D显示技术的时间复用方法的可行性大大提高。利用这些进步,已经证明了概念上的初步证明,即四区域多屏显示器,并且正在开发8-16区域大格式显示器。两种设计都采用了位于高速光瞳上的高速LCD快门,并与高帧速DMD投影仪同步,从而可以通过视觉的持久性形成多个观察区。光学系统,高速投影仪和相关渲染系统设计的当前结果和正在进行的进展。

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