A method that uses the data of ray tracing for optical waveguide lens diagnostics is described. This method permits a direct reconstruction of the optical characteristics of a waveguide without the optical or the physical thickness being measured. Conditions are determined for the mathematical problem of diagnostics by ray tracing to have a unique solution, and a technique to obtain a numerical solution from noisy experimental data is described. © 1994 Optical Society of America
Accurate semi-analytical technique is developed for reconstructing refractive index profiles of opti...
Progressive addition lenses are a relatively new approach to compensate for defects of the human vis...
Basic diagnostic methods for examining planar optical waveguides, namely the mode spectroscopy for d...
A method that uses the data of ray tracing for optical waveguide lens diagnostics is described. This...
An experimental ray tracer for measuring the optical aberrations of aspherical lenses is presented. ...
The goal of this thesis project is to develop a method to perform direct wavefront reconstruction of...
This thesis presents the realization of a characterization method for optical waveguides in terms o...
In this paper, a numerical analysis of algorithm of optical fiber systems with dimensions much large...
We propose a method for refractive index profiling based on measuring coordinates and angles of lase...
To predict the quality of an optical system we need to simulate the effects of aberrations and diffr...
Refractive-index profile reconstruction methods for optical slab (direct and inverse analysis method...
QC 351 A7 no. 71Generalized ray tracing is a method of calculating the principal curvatures and dire...
The ability to model the propagation of light is a vital element of understanding any display techno...
The authors have reported the three dimensional ray tracing method for the analysis of dielectric le...
The eye is the most natural optical system available to us. Because of the eye, it is possible for m...
Accurate semi-analytical technique is developed for reconstructing refractive index profiles of opti...
Progressive addition lenses are a relatively new approach to compensate for defects of the human vis...
Basic diagnostic methods for examining planar optical waveguides, namely the mode spectroscopy for d...
A method that uses the data of ray tracing for optical waveguide lens diagnostics is described. This...
An experimental ray tracer for measuring the optical aberrations of aspherical lenses is presented. ...
The goal of this thesis project is to develop a method to perform direct wavefront reconstruction of...
This thesis presents the realization of a characterization method for optical waveguides in terms o...
In this paper, a numerical analysis of algorithm of optical fiber systems with dimensions much large...
We propose a method for refractive index profiling based on measuring coordinates and angles of lase...
To predict the quality of an optical system we need to simulate the effects of aberrations and diffr...
Refractive-index profile reconstruction methods for optical slab (direct and inverse analysis method...
QC 351 A7 no. 71Generalized ray tracing is a method of calculating the principal curvatures and dire...
The ability to model the propagation of light is a vital element of understanding any display techno...
The authors have reported the three dimensional ray tracing method for the analysis of dielectric le...
The eye is the most natural optical system available to us. Because of the eye, it is possible for m...
Accurate semi-analytical technique is developed for reconstructing refractive index profiles of opti...
Progressive addition lenses are a relatively new approach to compensate for defects of the human vis...
Basic diagnostic methods for examining planar optical waveguides, namely the mode spectroscopy for d...