A human eye model based on anatomically accurate eye model previously proposed by
Liou, has been transformed into a new eye model, in which laminated structure of the lens is …

This article investigates the theoretical basis for differences in visible light transmission
through the human cornea as a function of distance from the center. Experimentally …

A closed shell structured eyeball model was developed for predicting the displacements and
curvatures in an eyeball due to radial keratotomy. Both the cornea and sclera are modeled …

Purpose: To develop a machine learning regression model of subjective refractive
prescription from minimum ocular biometry and corneal topography features. Methods …

A system to measure the topography of the first optical surface of the human eye
noninvasively by using a curvature sensor is described. The static corneal topography and …

A novel qualitative method is presented for determining the macroscopic distribution of
collagen lamellae within the central human cornea in vivo. A modified digital photo slit-lamp …

purpose. To investigate the topography of the central and peripheral cornea in a group of
young adult subjects with a range of normal refractive errors. methods. Corneal topography …

Purpose: We demonstrate segmentation and mapping of corneal layers (epithelium,
Bowman's layer, and stroma) across the entire cornea (limbus to limbus), using additional …

Optical models of the human eye have been used in visual science for purposes such as
providing a framework for explaining optical phenomena in vision, for predicting how …

In order to gain information about the thickness of the oily layer of the precorneal film, a
clinical method of measuring the reflectivity of the precorneal film was developed. The …