Development of Finite Difference Numerical Models for Photonic Guided-wave Devices (2/3)
Date Issued
2003-07-31
Date
2003-07-31
Author(s)
DOI
912215E002020
Abstract
This research concerns improvement and development of several finite
difference (FD) numerical models as tools for studying various photonic guided-wave
devices, including improvement and applications of our full-vectorial FD waveguide
mode solver, development of time-domain beam propagation method (FD-BPM),
development of 2-D finite difference time domain method, and continuous research
on fused fiber-optic couplers. The results of four topics of study obtained in the
second phase of this research are briefly described respectively in this report.
difference (FD) numerical models as tools for studying various photonic guided-wave
devices, including improvement and applications of our full-vectorial FD waveguide
mode solver, development of time-domain beam propagation method (FD-BPM),
development of 2-D finite difference time domain method, and continuous research
on fused fiber-optic couplers. The results of four topics of study obtained in the
second phase of this research are briefly described respectively in this report.
Subjects
Optical waveguides
waveguide devices
finite difference method
beam
propagation method
propagation method
time-domain beam propagation method
finite
difference time
domain method
difference time
domain method
fiber-optic couplers
Publisher
臺北市:國立臺灣大學光電工程學研究所
Type
report
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