Non-destructive identification of breeder rice Seed using transparent image analysis

Y. Auttawaitkul, Sermsuk Buochareon, T. Maneechukate, N. Dussadee
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引用次数: 4

Abstract

In this paper, The transparent digital image analysis is applied for non-destructive identification of breeder seed class. The Rice Research Center and Development, Thailand difficult task is a classification breeder rice seed because of the similar shape and surface color. This paper presents the appropriate frequency light shines through to the grain that is analyzed for the histogram RGB and the separation by color property categories automatically. The rule of RGB histogram classification in `Jasmine' rice seed and sticky rice seed are almost 97% and in “Red Sukhothai 1” red colored rice seed and dark-red colored rice seed almost 88% of rice seeds are identified correctly. In the light shines frequency appropriate to the grain that is analyzed the histogram RGB can be isolated red, white or yellow rice seeds are identified correctly 91%.
利用透明图像分析技术进行育种水稻种子无损鉴定
本文将透明数字图像分析技术应用于育种种类的无损识别。泰国水稻研究与发展中心的一项艰巨任务是对水稻种子进行分类育种,因为它们的形状和表面颜色相似。本文提出了采用合适的光照频率对颗粒进行直方图RGB分析和颜色属性分类自动分离。在“茉莉花”和糯米种子中,RGB直方图分类规则的正确率几乎为97%,在“红色素可泰1号”中,红色和深红色水稻种子的正确率几乎为88%。在与被分析的谷物相适应的光照频率下,RGB直方图可分离出红色、白色或黄色的水稻种子,正确率达91%。
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