Super-resolution imaging based on virtual Airy spot

Zhengjun Liu, Cheng Guo, Junning Cui, Qun Wu
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引用次数: 1

Abstract

Based on the theoretical model of Airy spot, a method is proposed for improving the imaging speed from confocal microscopy. The virtual Airy spot is designed for obtaining the pattern on CCD at detecting plane. Here the size of the spot is determined by the parameters of imaging system and intensity data from point detector, which can receive data quicker than CCD. The treatment can improve the speed of imaging comparing with CCD at receiving end. The virtual structured detection is also utilized for generating high-resolution image. Some numerical simulation results are provided for demonstrating the validity of the proposed method.
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基于虚拟Airy点的超分辨率成像
基于Airy光斑的理论模型,提出了一种提高共聚焦显微镜成像速度的方法。设计了虚拟艾里斑,用于在探测平面上获取CCD上的图案。光斑的大小由成像系统的参数和点探测器的强度数据决定,点探测器比CCD接收数据更快。与接收端CCD相比,该处理可提高成像速度。虚拟结构检测还用于生成高分辨率图像。数值仿真结果验证了该方法的有效性。
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