We have developed a prototype instrument providing a new way to measure the shape of the cornea. Our approach exploits properties of pseudorandom binary arrays (PRBA's). Encoded in a colored pattern (stimulus) that is mirrored to the eye, a large PRBA allows for unique identification of unambiguously characterized positions both in stimulus and reflected image. This is used to come to an integral reconstruction of the cornea. It is demonstrated that the new technique contributes to a very robust measurement method. © 1997 IEEE
Purpose: To introduce an iterative, multiscale procedure that allows for better reconstruction of th...
Introduction: In this work we have implemented improved algorithms for digital processing of images ...
A procedure to determine the best image range of distances that can be obtained from an aphakic eye ...
We have developed a prototype instrument providing a new way to measure the shape of the cornea. Our...
The outermost layer of the humaneye—the cornea, see Figure 1—is oftremendous importance to good vi-s...
PURPOSE. A pseudo forward ray-tracing (PFRT) algorithm is developed to evaluate surface reconstructi...
A real-time, adaptive measurement system which is used to measure the corneal shapes and control the...
Aim: To establish a new procedure for 3D geometric reconstruction of the human cornea to obtain a so...
A method for computer input with human eyes-only using two Purkinje images which works in a real tim...
In this study, the optical properties of the human cornea was investigated. Two major developments w...
AIM: To establish a new procedure for 3D geometric reconstruction of the human cornea to obtain a so...
It is difficult to demarcate the limbus borders in standard intensity images of the eye since the tr...
A novel method is presented for the evaluation of object shapes. The method has applicability in the...
A videokeratograph quanties one or more aspects of corneal shape by the computer analysis of a digit...
Attempts to describe normal corneal shape and to represent corneal topography by an array of discret...
Purpose: To introduce an iterative, multiscale procedure that allows for better reconstruction of th...
Introduction: In this work we have implemented improved algorithms for digital processing of images ...
A procedure to determine the best image range of distances that can be obtained from an aphakic eye ...
We have developed a prototype instrument providing a new way to measure the shape of the cornea. Our...
The outermost layer of the humaneye—the cornea, see Figure 1—is oftremendous importance to good vi-s...
PURPOSE. A pseudo forward ray-tracing (PFRT) algorithm is developed to evaluate surface reconstructi...
A real-time, adaptive measurement system which is used to measure the corneal shapes and control the...
Aim: To establish a new procedure for 3D geometric reconstruction of the human cornea to obtain a so...
A method for computer input with human eyes-only using two Purkinje images which works in a real tim...
In this study, the optical properties of the human cornea was investigated. Two major developments w...
AIM: To establish a new procedure for 3D geometric reconstruction of the human cornea to obtain a so...
It is difficult to demarcate the limbus borders in standard intensity images of the eye since the tr...
A novel method is presented for the evaluation of object shapes. The method has applicability in the...
A videokeratograph quanties one or more aspects of corneal shape by the computer analysis of a digit...
Attempts to describe normal corneal shape and to represent corneal topography by an array of discret...
Purpose: To introduce an iterative, multiscale procedure that allows for better reconstruction of th...
Introduction: In this work we have implemented improved algorithms for digital processing of images ...
A procedure to determine the best image range of distances that can be obtained from an aphakic eye ...