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Computation of high-stability DC balancing scheme for ferroelectric liquid crystal on silicon holograms using graphics processing units

机译:使用图形处理单元计算硅全息图上铁电液晶的高稳定性直流平衡方案

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摘要

Spatial light modulators based around liquid crystal on silicon have found use in a variety of telecommunications applications, including the optimization of multimode fibers, free-space communications, and wavelength selective switching. Ferroelectric liquid crystals are attractive in these areas due to their fast switching times and high phase stability, but the necessity for the liquid crystal to spend equal time in each of its two possible states is an issue of practical concern. Using the highly parallel nature of a graphics processing unit architecture, it is possible to calculate DC balancing schemes of exceptional quality and stability.
机译:已经发现,基于硅上液晶的空间光调制器已用于多种电信应用中,包括多模光纤的优化,自由空间通信和波长选择切换。铁电液晶由于其快速的切换时间和高的相位稳定性而在这些领域具有吸引力,但是液晶在两种可能状态的每一种中花费相等的时间的必要性是一个实际问题。利用图形处理单元体系结构的高度并行性,可以计算出具有卓越质量和稳定性的直流平衡方案。

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