Simulation of 3D structures requires large memory and CPU time, which may then forbid realistic simulations of complex structures. Computational requirements can be dramatically reduced using the Transmission matrix T of the structure elements. The T matrix of the whole structure is in fact the product of the T matrices of the constituting elements. The model is proposed and tested in 2D with some specific examples. Possible critical points, such as radiation modes effects and multimode guided propagation are commented.

A Design Tool for Integrated Optical Segmented Waveguides

A. E. Kaplan
Primo
Writing – Original Draft Preparation
;
G. Bellanca
Secondo
Writing – Original Draft Preparation
;
2016

Abstract

Simulation of 3D structures requires large memory and CPU time, which may then forbid realistic simulations of complex structures. Computational requirements can be dramatically reduced using the Transmission matrix T of the structure elements. The T matrix of the whole structure is in fact the product of the T matrices of the constituting elements. The model is proposed and tested in 2D with some specific examples. Possible critical points, such as radiation modes effects and multimode guided propagation are commented.
2016
978-88-907599-1-8
Silicon Photonics, Segmented waveguides, Numerical methods
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11392/2386806
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