波前编码显微镜系统的GPU反卷积处理

Karina Ortega-Sánchez, C. Toxqui-Quitl, A. Padilla-Vivanco
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引用次数: 0

摘要

为了扩大光学系统的景深,实现了波前编码显微系统。LC - SLM用于显示相位掩模的轮廓。在轴向范围[−1,1.5]mm内记录一组光学编码图像。为了加速反卷积过程,实现了直接在GPU上开发的例程。使用这种基于GPU的方法,通过为可视化提供额外的速度来减少反卷积时间。利用实验装置采集了数字图像,并给出了实验结果。
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Deconvolution process with GPU in a wavefront coding microscopy system
A Wavefront Coding microscopy system is implemented in order to extend the depth of field of an optical system. An LC - SLM is used to display the profile of a phase mask. A set of optically coded images is recorded in an axial range [−1, 1.5] mm. To accelerate the deconvolution process, a routine developed directly on a GPU is implemented. Using this GPU based approach, the deconvolution time is reduced by providing an additional speed up to the visualization. Digital images are acquired using an experimental setup and results are presented.
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