Advances on the digital modeling of eye

doi:10.3877/cma.j.issn.2095-2007.2023.06.007

Abstract

Abstract:

With the digital modeling and simulation research of the human body and its organs gradually becoming a cutting-edge topic in the international biomedical field. For an extremely precise and important sensory organ——eyes in the human body, its digital model have extremely high clinical value. Meanwhile, eye modeling can not only overcome the inconvenience of in vivo experiments, but also obtain more accurate data information that cannot be obtained clinically, which has important reference value for the early occurrence and treatment of eye diseases. Therefore, the development of eye modeling from the anterior and posterior segments were reviewed in this paper.

Key words: Eye modeling, Finite analysis, Three-dimensional modeling

Yi Ding, Jiarui Yang, Xuemin Li. Advances on the digital modeling of eye[J]. Chinese Journal of Ophthalmologic Medicine(Electronic Edition), 2023, 13(06): 356-360.

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URL: https://zhykyxzz.cma-cmc.com.cn/EN/10.3877/cma.j.issn.2095-2007.2023.06.007

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解剖结构	研究方向	建模方法	文献序号
角膜	光学	有限元分析法建模	[3]
		有限元分析法建模	[4]
	机械力学	有限元分析法建模	[5]
		有限元分析法建模	[6]
		有限元分析法建模	[7]
	手术仿真	有限元分析法建模	[8]
		有限元分析法建模	[9]
		有限元分析法建模	[10]
		有限元分析法建模	[11]
晶状体	整体建模	有限元分析法建模	[13]
		有限元分析法建模	[14]
		有限元分析法建模	[15]
		有限元分析法建模	[16]
	各成分建模	有限元分析法建模	[17]
		有限元分析法建模	[18]
房水	发病机制	有限元分析法建模	[20]
		有限元分析法建模	[19]
	手术操作	有限元分析法建模	[21]
		流体动力学建模	[22]
视网膜	视觉电生理	神经电刺激仿真建模	[24]
	血流研究	眼底图像及生理参数建模	[25]
		眼底二维图像建模	[26]
		眼底曲面及生理参数建模	[27]
		眼底图像建模	[29]
		三维超椭球建模	[30]
		有限元分析法建模	[31]
	机械力学	有限元分析法建模	[32]
		有限元分析法及机器学习	[33]
脉络膜	血流研究	光学相干断层扫描血管成像建模	[40]
		体积格子Boltzmann方法	[41]

解剖结构	研究方向	建模方法	文献序号
角膜	光学	有限元分析法建模	[3]
		有限元分析法建模	[4]
	机械力学	有限元分析法建模	[5]
		有限元分析法建模	[6]
		有限元分析法建模	[7]
	手术仿真	有限元分析法建模	[8]
		有限元分析法建模	[9]
		有限元分析法建模	[10]
		有限元分析法建模	[11]
晶状体	整体建模	有限元分析法建模	[13]
		有限元分析法建模	[14]
		有限元分析法建模	[15]
		有限元分析法建模	[16]
	各成分建模	有限元分析法建模	[17]
		有限元分析法建模	[18]
房水	发病机制	有限元分析法建模	[20]
		有限元分析法建模	[19]
	手术操作	有限元分析法建模	[21]
		流体动力学建模	[22]
视网膜	视觉电生理	神经电刺激仿真建模	[24]
	血流研究	眼底图像及生理参数建模	[25]
		眼底二维图像建模	[26]
		眼底曲面及生理参数建模	[27]
		眼底图像建模	[29]
		三维超椭球建模	[30]
		有限元分析法建模	[31]
	机械力学	有限元分析法建模	[32]
		有限元分析法及机器学习	[33]
脉络膜	血流研究	光学相干断层扫描血管成像建模	[40]
		体积格子Boltzmann方法	[41]

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