Mathematical models for the shape analysis of human crystalline lens

Giovanzana S.; Talu S.

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Mathematical models for the shape analysis of human crystalline lens

机译：用于人类晶状体形状分析的数学模型

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The objective of this paper is to present an analysis of mathematical models of the human crystalline lens. Seven existing models presented in the literature were investigated: conic, figuring conicoid, generalized conic, Hermans conic patch, Kasprzak hyperbolic cosine, Urs 10th-order Fourier series and Giovanzana parametric models. The analyzed models describe the shape for a data set of human crystalline lenses with ages from 6 to 82 years. The results highlight the difficulty and complexity of the task of choosing the most appropriate model for the crystalline lens shape.

机译：本文的目的是介绍人类晶状体的数学模型。研究了文献中介绍的七个现有模型：圆锥曲线，修形圆锥曲线，广义圆锥曲线，Hermans圆锥曲线补丁，Kasprzak双曲余弦，Urs 10阶傅里叶级数和Giovanzana参数模型。分析的模型描述了6到82岁年龄段的人类晶状体数据集的形状。结果凸显了为晶状体形状选择最合适的模型的任务的难度和复杂性。

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《Journal of Modern Optics》 |2012年第2期|共9页
作者
Giovanzana S.; Talu S.;
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正文语种 eng
中图分类光学;
关键词
computational lens models; human crystalline lens; human visual system; lens geometry;

机译：计算镜片模型;人类晶状体;人类视觉系统;镜片几何;

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1. Mathematical models for the shape analysis of human crystalline lens [J] . Giovanzana S., Talu S. Journal of Modern Optics . 2012,第1a2期

机译：用于人类晶状体形状分析的数学模型
2. Mathematical models for describing the shape of the in vitro unstretched human crystalline lens. [J] . Smith G, Atchison DA, Iskander DR Vision Research: An International Journal in Visual Science . 2009,第20期

机译：用于描述体外未拉伸人类晶状体形状的数学模型。
3. Age-dependent Fourier model of the shape of the isolated ex vivo human crystalline lens. [J] . Urs R, Ho A, Manns F, Vision Research: An International Journal in Visual Science . 2010,第11期

机译：离体离体人类晶状体形状的年龄依赖性傅立叶模型。
4. Mathematical Analysis of the Human Crystalline Lens in Giovanzana Parametric Model [C] . S. Talu, S. Giovanzana, M. Talu, International conference on advancements of medicine and health care through technology . 2011

机译：Giovanzana参数模型中人类晶状体的数学分析
5. Technohumanity: Films as a Lens for Examining How Humans and Technology Co-shape the World [D] . Buffington, Chelsea. 2018

机译：技术人类性：电影作为检验人类与技术如何共同塑造世界的镜头
6. Age-dependent Fourier model of the shape of the isolated ex vivo human crystalline lens [O] . Raksha Urs, Arthur Ho, Fabrice Manns, -1

机译：年龄依赖性傅立叶模型的孤立的离体晶体晶状体形状
7. Mathematical models for describing the shape of the in vitro unstretched human crystalline lens [O] . Smith George, Atchison David A., Iskander Robert, 2009

机译：用于描述体外未拉伸人类晶状体形状的数学模型
8. Action Potential Shape Analysis for Detecting Toxins in Warfare, Using a Realistic Mathematical Model of Differentiated NG108-15 Cells [R] . Mohan, D. K. , Molnar, P. , Hickman, J. J. 2004

机译：利用分化的NG108-15细胞的真实数学模型检测战争中毒素的动作电位形态分析

Mathematical models for the shape analysis of human crystalline lens

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