We apply an analysis scheme combining propagation operator method (POM) and beam propagation method (BPM) to waveguide discontinuity problems. In this approach, finite element method (FEM) with higher adaptability to waveguide geometry is utilized for discretizing waveguide cross section. While BPM based on FEM (FE-BPM) can efficiently analyze waveguides with long propagation distance, it encounters serious degradation of accuracy when waveguides with discontinuous structure has to be analyzed. The presented method overcomes this defect by applying POM which can analyze discontinuous facets and sufficiently cover various mode coupling
A full-vectorial 3-D numerical method applicable to high-index contrast optical waveguide discontinu...
The work presented in the paper is a numerical study of a waveguiding component. The structure stud...
Typescript (photocopy).The wave scattering due to discontinuities in a cylindrical structure with ax...
A computational method for solving a wide range of transverse and longitudinal waveguide discontinui...
The eigenmode propagation method is proposed to analyze the discontinuity problems in planar dielect...
A Finite Element Method (FEM) is presented to determine reflection and transmission coefficients of ...
A hybrid mode matching/finite element method (FEM) for the analysis of waveguide discontinuities is ...
An efficient finite-element-method-based scattering operator (FEM-SO) is proposed. Utilizing field b...
In this letter, we propose a simple non-iterative formulation for the analysis of optical waveguide ...
[[abstract]]A new and efficient method for waveguide field calculation is proposed. In the proposed ...
Numerical and semi-analytical methods useful for analysis of the total field propagation in dielectr...
In this letter, we propose a simple noniterative formulation for the analysis of optical waveguide d...
In this letter, we propose a simple non-iterative formulation for the analysis of optical waveguide ...
Waveguide discontinuities are frequently encountered in modern photonic structures. It is important ...
This paper present a numerical simulation study of bending loss in planar optical waveguides, at wav...
A full-vectorial 3-D numerical method applicable to high-index contrast optical waveguide discontinu...
The work presented in the paper is a numerical study of a waveguiding component. The structure stud...
Typescript (photocopy).The wave scattering due to discontinuities in a cylindrical structure with ax...
A computational method for solving a wide range of transverse and longitudinal waveguide discontinui...
The eigenmode propagation method is proposed to analyze the discontinuity problems in planar dielect...
A Finite Element Method (FEM) is presented to determine reflection and transmission coefficients of ...
A hybrid mode matching/finite element method (FEM) for the analysis of waveguide discontinuities is ...
An efficient finite-element-method-based scattering operator (FEM-SO) is proposed. Utilizing field b...
In this letter, we propose a simple non-iterative formulation for the analysis of optical waveguide ...
[[abstract]]A new and efficient method for waveguide field calculation is proposed. In the proposed ...
Numerical and semi-analytical methods useful for analysis of the total field propagation in dielectr...
In this letter, we propose a simple noniterative formulation for the analysis of optical waveguide d...
In this letter, we propose a simple non-iterative formulation for the analysis of optical waveguide ...
Waveguide discontinuities are frequently encountered in modern photonic structures. It is important ...
This paper present a numerical simulation study of bending loss in planar optical waveguides, at wav...
A full-vectorial 3-D numerical method applicable to high-index contrast optical waveguide discontinu...
The work presented in the paper is a numerical study of a waveguiding component. The structure stud...
Typescript (photocopy).The wave scattering due to discontinuities in a cylindrical structure with ax...