In this article, models based on quantitative analysis,
physical geometry and regression analysis are established, by using
analytic hierarchy process analysis, fuzzy cluster analysis, fuzzy
photographic and data fitting. The reasons of various leaf shapes
among different species and the differences between the leaf shapes on
same tree have been solved by using software, such as Eviews, VB and
Matlab. We also successfully estimate the leaf mass of a tree and the
correlation with the tree profile.
[1] http://baike.baidu.com/view/5626.htm.
[2] Wei Ming, Why do leaves have so many shapes, Discovery of Nature,
2011.4, Sichuan Science and Technology Press.
[3] Subject Database of China Plant. http://www.plant.csdb.cn/#.
[4] Plant Database, http://1.zhiwutong.com/.
[5] Plants Pictures, http://www.zhiwutong.com/tu.htm.
[6] Yang Guiyuan, Huang Jili, Fuzzy Clustering Mathematical Modeling.2-3
University of Science & Technology China press.
[1] http://baike.baidu.com/view/5626.htm.
[2] Wei Ming, Why do leaves have so many shapes, Discovery of Nature,
2011.4, Sichuan Science and Technology Press.
[3] Subject Database of China Plant. http://www.plant.csdb.cn/#.
[4] Plant Database, http://1.zhiwutong.com/.
[5] Plants Pictures, http://www.zhiwutong.com/tu.htm.
[6] Yang Guiyuan, Huang Jili, Fuzzy Clustering Mathematical Modeling.2-3
University of Science & Technology China press.
@article{"International Journal of Engineering, Mathematical and Physical Sciences:59833", author = "Zhu Jiaming and Yu Mengna", title = "The Leaves of a Tree", abstract = "In this article, models based on quantitative analysis,
physical geometry and regression analysis are established, by using
analytic hierarchy process analysis, fuzzy cluster analysis, fuzzy
photographic and data fitting. The reasons of various leaf shapes
among different species and the differences between the leaf shapes on
same tree have been solved by using software, such as Eviews, VB and
Matlab. We also successfully estimate the leaf mass of a tree and the
correlation with the tree profile.", keywords = "Leaf shape; Mass; Fuzzy cluster; Regression analysis;
Eviews; Matlab", volume = "6", number = "5", pages = "579-3", }