Add to ORKGIn this letter, we propose a simple non-iterative formulation for the analysis of optical waveguide discontinuity problems. The formulation, which is based on rotated branch cut Padé approximation scheme, is both accurate and efficient. It is computationally fast due to its non-iterative nature. The effectiveness of the proposed approach is demonstrated by modeling an optical waveguide air facet. Calculations show good agreement with previously published results
[[abstract]]In this paper, we propose a different method to study wave propagation in longitudinally...
[[abstract]]In this paper, we propose a different method to study wave propagation in longitudinally...
A computational method for solving a wide range of transverse and longitudinal waveguide discontinui...
In this letter, we propose a simple non-iterative formulation for the analysis of optical waveguide ...
In this letter, we propose a simple non-iterative formulation for the analysis of optical waveguide ...
A full-vectorial 3-D numerical method applicable to high-index contrast optical waveguide discontinu...
A full-vectorial 3-D numerical method applicable to high-index contrast optical waveguide discontinu...
In this letter, we propose a simple noniterative formulation for the analysis of optical waveguide d...
The eigenmode propagation method is proposed to analyze the discontinuity problems in planar dielect...
We apply an analysis scheme combining propagation operator method (POM) and beam propagation method ...
The incidence of thin-film-guided, in-plane unguided waves at oblique angles on straight discontinui...
An overview of the analysis of integrated optical waveguides is presented. Starting from the Maxwell...
An overview of the analysis of integrated optical waveguides is presented. Starting from the Maxwell...
[[abstract]]In this paper, we propose a different method to study wave propagation in longitudinally...
A new full-vectorial improved finite-difference formula is proposed to analyze tilted interfaces bet...
[[abstract]]In this paper, we propose a different method to study wave propagation in longitudinally...
[[abstract]]In this paper, we propose a different method to study wave propagation in longitudinally...
A computational method for solving a wide range of transverse and longitudinal waveguide discontinui...
In this letter, we propose a simple non-iterative formulation for the analysis of optical waveguide ...
In this letter, we propose a simple non-iterative formulation for the analysis of optical waveguide ...
A full-vectorial 3-D numerical method applicable to high-index contrast optical waveguide discontinu...
A full-vectorial 3-D numerical method applicable to high-index contrast optical waveguide discontinu...
In this letter, we propose a simple noniterative formulation for the analysis of optical waveguide d...
The eigenmode propagation method is proposed to analyze the discontinuity problems in planar dielect...
We apply an analysis scheme combining propagation operator method (POM) and beam propagation method ...
The incidence of thin-film-guided, in-plane unguided waves at oblique angles on straight discontinui...
An overview of the analysis of integrated optical waveguides is presented. Starting from the Maxwell...
An overview of the analysis of integrated optical waveguides is presented. Starting from the Maxwell...
[[abstract]]In this paper, we propose a different method to study wave propagation in longitudinally...
A new full-vectorial improved finite-difference formula is proposed to analyze tilted interfaces bet...
[[abstract]]In this paper, we propose a different method to study wave propagation in longitudinally...
[[abstract]]In this paper, we propose a different method to study wave propagation in longitudinally...
A computational method for solving a wide range of transverse and longitudinal waveguide discontinui...