A microscopic image enhancement method for cell experiments in space
High image quality is crucial for cell experiments in space,as it requires the ability of remotely moni-toring to grasp the progress and direction of experiments.However,due to space limitations and environmental factors,imaging equipment is strongly constrained in some performance,which directly affects the imaging quali-ty and observation of cultivated targets.Moreover,experimental analysis on the ground requires tasks such as fea-ture extraction and cell counting,but uneven lighting can seriously affect computer processing.Therefore,a method called STAR-ADF is proposed,and experimental results show that the proposed method can effectively re-move noise,equalize illumination,and increase the enhancement evaluation index by 12.5%in comparison with original figures,which has certain robustness.
国家科技期刊平台
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