This thesis explains and implements the Finite Difference Method to simulate for the propagating modes in integrated waveguides. The equidistant and non-equidsitant methods are explained and implemented. A shape recognition engine is implemented to recognize rectangular waveguide structures provided by the user in the form of images. A geometric meshing algorithm is developed to improve accuracy.Cette thèse explique et met en oeuvre la méthode des diffrences finis pour simuler la propagation de modes de guides d'ondes intgré. La méthode équidistante et non-équidistante est expliquée et mise en oeuvre. Un moteur de reconnaissance de forme...
In this paper, the application of the Mode Matching (MM) method in the case of photonic crystal wave...
There the purpose is to develop the effective computing algorithms of complex waveguide systemsAvail...
Progress towards the development of such algorithms as been reported for waveguide analysis'-3and ve...
In this thesis an investigation into the behaviour of light when passing through photonic crystals w...
A three-dimensional (3D) waveguide simulation technique is presented. The technique combines the fin...
The high frequency communication and high-speed electronic industries are demanding increasingly mor...
The high frequency communication and high-speed electronic industries are demanding increasingly mor...
In this chapter, a single mode rib optical waveguide is modeled using three distinct methods which i...
In this research, the ?nite-di®erence frequency- domain (FDFD) method is adoptedo analyze optica...
A modified finite-difference (FD) formula for an arbitrary dielectric interface is applied to an ima...
A modified finite-difference (FD) formula for an arbitrary dielectric interface is applied to an ima...
The finite difference in the frequency domain (FD-FD) method is used here to analyze the propagation...
For any photonic device simulation, the accuracy of the numerical solution not only depends on the m...
Optical waveguides have been known as basic structure in integrated optics. The result of waveguide ...
A new full-vectorial finite element method (FEM) approach completely free of spurious modes for anal...
In this paper, the application of the Mode Matching (MM) method in the case of photonic crystal wave...
There the purpose is to develop the effective computing algorithms of complex waveguide systemsAvail...
Progress towards the development of such algorithms as been reported for waveguide analysis'-3and ve...
In this thesis an investigation into the behaviour of light when passing through photonic crystals w...
A three-dimensional (3D) waveguide simulation technique is presented. The technique combines the fin...
The high frequency communication and high-speed electronic industries are demanding increasingly mor...
The high frequency communication and high-speed electronic industries are demanding increasingly mor...
In this chapter, a single mode rib optical waveguide is modeled using three distinct methods which i...
In this research, the ?nite-di®erence frequency- domain (FDFD) method is adoptedo analyze optica...
A modified finite-difference (FD) formula for an arbitrary dielectric interface is applied to an ima...
A modified finite-difference (FD) formula for an arbitrary dielectric interface is applied to an ima...
The finite difference in the frequency domain (FD-FD) method is used here to analyze the propagation...
For any photonic device simulation, the accuracy of the numerical solution not only depends on the m...
Optical waveguides have been known as basic structure in integrated optics. The result of waveguide ...
A new full-vectorial finite element method (FEM) approach completely free of spurious modes for anal...
In this paper, the application of the Mode Matching (MM) method in the case of photonic crystal wave...
There the purpose is to develop the effective computing algorithms of complex waveguide systemsAvail...
Progress towards the development of such algorithms as been reported for waveguide analysis'-3and ve...