使用算法的计算光学显微镜

Jiseong Barg, ChanSeo Lee, Mooseok Jang
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引用次数: 0

摘要

像手机相机一样,光学显微镜通常依靠光学透镜将平面波转换为球面波,反之亦然。在这种传统的成像方案中,来自物体点的光通过一组透镜传播,并在相机上形成一个紧密的焦点,从而使物体点与相机像素之间形成1:1的关系。最近,这种传统的成像范式受到了一种新的范式的挑战,即计算算法取代了透镜的作用。在这里,我将介绍计算光学的概念和一些新的基于算法的显微镜技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computational Optical Microscopy Using Algorithm
Like a mobile phone camera, optical microscopy typically relies on optical lenses that convert a plane wave to a spherical wave or vice versa. In such conventional imaging scheme, light from an object point propagates through a set of lenses and creates a tight focus on a camera, resulting in 1 to 1 relation between the object point and the camera pixel. Recently, this conventional imaging paradigm has been challenged by a new paradigm where computational algorithms replace the role of lenses. Here, I will introduce the concept of computational optics and some novel microscopy techniques based on algorithms.
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