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Research on biological materials for the preferred of the chlorophyll content gray GM (1, 1) prediction models based on the different light

机译:基于不同光的叶绿素含量灰色GM(1,1)预测模型的优选生物材料研究

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Light is one of the most important factor in the growth of plants, with the advent and application of biological materials such as different artificial LED source, the new agricultural technology has been rapid development. In this study, first established the gray GM (1, 1) prediction model of the pepper seedlings chlorophyll changes under the different light and then compared of the chlorophyll models under the different light. Last the study found that different artificial LED have the different effect and the forecasting curve and prediction model under the blue is optimal for pepper seedling by comparing the chlorophyll curves and predictive models of pepper seedlings under different light, so blue light is the most suitable for the growth of pepper seedlings. The results turned out that accuracy test of the three gray prediction models can achieve the best grade, and the three gray prediction models have the good practical value. Grey prediction theory can be better applied to the study of the plants.
机译:光是植物生长的最重要的因素之一,出现和生物材料的应用程序,如不同的人工LED光源,新的农业技术得到了快速发展。在这项研究中,首先建立灰色GM(1,1)的不同的光下的辣椒幼苗叶绿素变化预测模型,然后将不同的光下的叶绿素模型的比较。最后研究发现,不同的人工LED有不同的效果和蓝色下的预测曲线和预测模型是最佳的辣椒通过比较叶绿素曲线和不同光照条件下辣椒幼苗预测模型苗,所以蓝光是最适合辣椒幼苗的生长。结果变成了三个灰色预测模型的精度测试可以达到最佳的品位,和三个灰色预测模型有很好的实用价值。灰色预测理论可以更好地应用到植物的研究。

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