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EXPERIMENTAL STUDY FOR AUTOMATIC COLONY COUNTING SYSTEM BASED ON IMAGE PROCESSING

机译:基于图像处理的自动殖民地计数系统的实验研究

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Colony counting in many colony experiments is detected by manual method at present, therefore it is difficult for man to execute the method quickly and accurately .A new automatic colony counting system was developed. Making use of image-processing technology, a study was made on the feasibility of distinguishing objectively white bacterial colonies from clear plates according to the RGB color theory. An optimal chromatic value was obtained based upon a lot of experiments on the distribution of the chromatic value. It has been proved that the method greatly improves the accuracy and efficiency of the colony counting and the counting result is not affected by using inoculation, shape or size of the colony. It is revealed that automatic detection of colony quantity using image-processing technology could be an effective way.
机译:目前通过手动方法检测到许多殖民地实验中的群体计数,因此人类难以快速准确地执行该方法。开发了新的自动殖民地计数系统。利用图像处理技术,根据RGB颜色理论,对从透明板区分客观性白细菌菌落的可行性进行了研究。基于大量关于彩色值分布的实验获得最佳色值。已经证明,该方法大大提高了菌落计数的准确性和效率,并且通过使用殖民地的接种,形状或大小来影响计数结果。据透露,使用图像处理技术自动检测殖民地数量可能是有效的方式。

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