Title:
Accurate_Short_Fiber_Simulations
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Description: Fourier algorithm is a distribution solution of the Schrodinger equation of a process (below that I do not talk nonsense, please read carefully your package and then write their specific functions (at least 20 words). As far as possible not to let the station time are spent on for your note on the amendment. decompress compressed packets can not have a password. The system will automatically delete the debug and release directory, so please do not file on these two directory)
- [1233] - Fourier method to solve the distribution
- [NLSE] - Nonlinear Schr枚dinger equation graphics
- [Split-Step-Fourier] - The Matlab m-code to solve the Schroding
- [split_step_fourier_method] - Fourier method using the distribution of
- [3DGameengine] - 3D Game Engine Design Source Code is gre
- [homest] - Super Robust Affine and multi-point fitt
- [NLSE] - A very useful calculation of nonlinear S
- [C_Ngeshi] - C_N format used to solve coupled nonline
File list (Check if you may need any files):
Accurate_Short_Fiber_Simulations
................................\Broadband_FWM_products
................................\......................\Dynamic_EDFA.mdl
................................\......................\Fig1.m
................................\......................\plotwav.m
................................\......................\resolution.m
................................\......................\UPM.m
................................\Examples
................................\........\beta0s400B.mat
................................\........\createFig1a.m
................................\........\createFig1b.m
................................\........\createFig3.m
................................\........\createFig6b.m
................................\........\createFig6c.m
................................\........\createFig7a.m
................................\........\Fig1a_1b_and_3.m
................................\........\Fig4d.m
................................\........\Fig6a.m
................................\........\Fig6b.m
................................\........\Fig6c.m
................................\........\fig7a.m
................................\........\SSFM_for_CNLSE_withPMD.asv
................................\........\SSFM_for_CNLSE_withPMD.m
................................\........\SSFM_for_CNLSE_withPMD_linear_basis.m
................................\........\SSFM_for_CNLSE_withPMD_without_ER_terms.m
................................\........\tetas400B.mat
................................\Isotropic_Fiber_Simulations
................................\...........................\Examples
................................\...........................\........\createfigure.m
................................\...........................\........\Fig2a.m
................................\...........................\........\Fig2b.m
................................\...........................\........\Fig2c.m
................................\...........................\........\Fig3a.m
................................\...........................\........\Fig3b.m
................................\...........................\........\Fig4a.m
................................\...........................\........\Fig4b.m
................................\...........................\........\SSFM_for_CNLSE.m
................................\...........................\Solvers
................................\...........................\.......\SSFM_for_CNLSE.m
................................\...........................\Visualizers
................................\...........................\...........\createfigure.m
................................\...........................\...........\hs_err_pid3984.log
