76‐3: A Modified Unsupervised Vision Transformer Network for High‐fidelity Computer‐generated Holography

Chao Xu, Zhenxing Dong, Shuyi Chen, Yan Li, Yuye Ling, Yikai Su
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Abstract

To generate high quality images with faster calculation speed for holographic displays, we propose a modified unsupervised Vision Transformer model, which has the capability of capturing global features of an image. The proposed method can infer a hologram significantly faster than the stochastic gradient descent method, while producing images with similar quality.
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76‐3:用于高保真计算机生成全息的改进无监督视觉变压器网络
为了提高全息显示的图像质量和计算速度,提出了一种改进的无监督视觉变换模型,该模型具有捕获图像全局特征的能力。该方法可以比随机梯度下降法更快地推断出全息图,同时产生的图像质量相似。
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P‐64: Investigation of Fabrication Technologies of GaN‐based Micro‐LED Devices P‐67: Research of photoelectric performance GaN based green Micro‐LED 77‐2: Quantum‐Dot Color Conversion Achieved by A Novel Structure of Hollow Cylindrical Blue MicroLED P‐68: High Luminance Blue Micro‐LEDs in 4×4 and 8×8 Array 76‐3: A Modified Unsupervised Vision Transformer Network for High‐fidelity Computer‐generated Holography
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