International audienceA 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 the dynamic topography of the tear film can both be measured, and the topographies obtained are presented. The system makes possible the study of the dynamic aberrations introduced by the tear film to determine their contribution to the overall ocular aberrations in healthy eyes, eyes with corneal pathologies, and eyes wearing contact lenses
A real-time, adaptive measurement system which is used to measure the corneal shapes and control the...
The outermost layer of the humaneye—the cornea, see Figure 1—is oftremendous importance to good vi-s...
PURPOSE: To investigate fluctuations in the ocular surface, we used high-speed videokeratoscopy (50 ...
International audienceA system to measure the topography of the first optical surface of the human e...
The cornea is the anterior most surface of the eye and plays a critical role in vision. A thin fluid...
International audienceThe dynamic aberrations introduced by the human tear film are studied by measu...
The cornea is the anterior most surface of the eye and plays a critical role in vision. A thin fluid...
A new wavefront sensor and its application in investigating the aberrations in the human eyes are pr...
This paper describes a new method for determining corneal surface detail utilizing a modified Zeiss ...
A novel method is presented for the evaluation of object shapes. The method has applicability in the...
Our topography system is an enhancement of a standard TMS-1 corneal topograph instrument (Computed A...
The visual quality effects from the dynamic behavior of the tear film have been determined through m...
The human eye is a complex dynamic system that undergoes fine rotations and deformations. Usually in...
A new edge detection method based on nonlinear fitting is used in the measurement of the curvature o...
Abstract—High-speed videokeratoscopy (HSV) is an emerging technology that has the potential to acqui...
A real-time, adaptive measurement system which is used to measure the corneal shapes and control the...
The outermost layer of the humaneye—the cornea, see Figure 1—is oftremendous importance to good vi-s...
PURPOSE: To investigate fluctuations in the ocular surface, we used high-speed videokeratoscopy (50 ...
International audienceA system to measure the topography of the first optical surface of the human e...
The cornea is the anterior most surface of the eye and plays a critical role in vision. A thin fluid...
International audienceThe dynamic aberrations introduced by the human tear film are studied by measu...
The cornea is the anterior most surface of the eye and plays a critical role in vision. A thin fluid...
A new wavefront sensor and its application in investigating the aberrations in the human eyes are pr...
This paper describes a new method for determining corneal surface detail utilizing a modified Zeiss ...
A novel method is presented for the evaluation of object shapes. The method has applicability in the...
Our topography system is an enhancement of a standard TMS-1 corneal topograph instrument (Computed A...
The visual quality effects from the dynamic behavior of the tear film have been determined through m...
The human eye is a complex dynamic system that undergoes fine rotations and deformations. Usually in...
A new edge detection method based on nonlinear fitting is used in the measurement of the curvature o...
Abstract—High-speed videokeratoscopy (HSV) is an emerging technology that has the potential to acqui...
A real-time, adaptive measurement system which is used to measure the corneal shapes and control the...
The outermost layer of the humaneye—the cornea, see Figure 1—is oftremendous importance to good vi-s...
PURPOSE: To investigate fluctuations in the ocular surface, we used high-speed videokeratoscopy (50 ...