基于光学传递函数的微图像增强算法

Yaqiu Sun, Xin Yin
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引用次数: 7

摘要

边缘和细节信息的丢失、图像失真和环形效应对现有的微图像增强算法提出了许多挑战。提出了一种基于光学传递函数的微图像增强算法。该算法首先根据光学系统中的非相干光照获取点扩展函数。其次,获得光学传递函数,并通过光学传递函数构造基于光学特性的高通滤波器;最后,利用补偿滤波器对微图像进行处理。结果获得了清晰、不明显的环效应微图像。进一步,将基于OTF的微图像增强算法与基于Butterworth高通滤波器的图像增强算法进行了比较。实验结果表明,基于光学传递函数的微图像增强算法能产生较好的微图像增强效果。
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Optical transfer function-based micro image enhancement algorithm
The edge and detail information's losing, image distortion and Ringingeffect pose many challenges to existing micro image enhancement algorithms. In this paper, a novel optical transfer function-based micro image enhancement algorithm is put forward. In this algorithm, the point spread function was acquired according the incoherent illuminate in the optical system firstly. Secondly, the optical transfer function(OTF) was obtained and the high-pass filter based on optical property was constructed through the microscopic OTF. Finally, micro image would be processed by using the compensating filter. As a result, the clear and non-obvious Ringingeffect micro image was gained. Further more, the micro image enhancement algorithm based on OTF was compared with image enhancement algorithm based on Butterworth high-pass filter. Experimental results show that the optical transfer function-based micro image enhancement algorithm can produce a better micro image enhancement effect.
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