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Using Neural Network to Model the Relationship between Plant Surface Color and its Pigment

机译:使用神经网络建模植物表面颜色与其色素之间的关系

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Combining the intelligent algorithm such as BP neural network and support vector maching (SVM) with traditional chemical method, this paper models the relationship between plant surface color and its pigment. Using the neural network model constructed above, people can figure out the content of plant pigments by getting the corresponding plant surface color information. Compared with the traditional modeling methods, this method can significantly save time and experimental supplies. Furthermore, it is easy to implement because it needn't touch samples and doesn't cause any damage to samples. So this method provides a practical tool for non-destructive measurements of plant pigments and solutions to explore the mystery of plant color.
机译:将BP神经网络和支持向量机(SVM)等智能算法与传统化学方法相结合,对植物表面颜色与其色素之间的关系进行建模。使用上面构建的神经网络模型,人们可以通过获取相应的植物表面颜色信息来确定植物色素的含量。与传统的建模方法相比,该方法可以大大节省时间和实验耗材。此外,它很容易实现,因为它不需要接触样品并且不会对样品造成任何损坏。因此,该方法为植物色素的无损检测提供了一种实用的工具,并为探索植物色彩的奥秘提供了解决方案。

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