Dr. Kazuhiro Shimoura, Consultant
SOLITON COMMUNICATIONS

光ソリトン通信の実用化について
長距離大容量光ファイバ伝送系の最適設計手法に関する研究
Some Soliton Graphics

N = 1 soliton in real fiber (loss, sl = 0, Rt = 0) : nse2.nb (754kB)
Wave.txt fig(a) fig(b)

Eye-pattern, Q-factor (symmetry map) : wave1.nb (643kB)
asymmetry map : wav1.nb (662k)WDM + PMD : pwdm1.nb (678kB)

Q-map: Average Dispersion - Dispersion Compensation: dc1.nb (570kB)
WDM : pwc1.nb (606kB)

Q-map: Average Dispersion - Input Power: dp1.nb (512kB)
WDM : pwp1.nb (815kB) Q-map

Q-map: Initial Chirp - Dispersion Compensation: chc1.nb (409kB)

parameters.txt
1. Make 'soliton' folder in your C: drive.
2. Download files into the soliton folder.
3. Run ( Kernel > Evaluation > Notebook ) by Mathematica.
4. Interrupt (Kernel > Quit Kernel > Local > Quit)
5. Error messages should be neglected.

Nice99.pdf (96kB)　Kyoto99.pdf (309kB)
OTDM2.doc (552kB) . Amsterdam01.ppt (627kB)

http://www.opticalres.com/kidoptx.html
http://psi.ece.jhu.edu/~kaplan/optics.html
http://antwrp.gsfc.nasa.gov/apod/astropix.htm