FEATURES SWITCHING OF OPTICAL SIGNALS USING DIFFERENT MODES OF IN-FORMATION TRANSFER
DOI:
https://doi.org/10.15673/0453-8307.6/2015.51945Keywords:
all-optical network, the transfer mode information, and multiplexingAbstract
In work the analysis of switching optical signals with electrical and optical control and requirements for switching systems that provide increased bandwidth telecommunication network. The model is considered and methods of implementing all-optical switching, do not use electro-optical and optoelectronic conversion of the information signal and does not require buffering of optical signals in all-optical switching device. Evaluated the feasibility of using different modes of information transfer for switching optical signals. The advantages and disadvantages of the methods label and position multiplexing. Describes a model of optical network with all-optical switching blocks of information. Expediency is proved to use for the task of block mode transfer information.References
Technical information bulletin «All-Optical Networks (AON)».- Arlington, Virginia (USA). – 2000. – № 00-7.
Gayvoronska G.S. Method of improving the performance of optical switches in the information networks / G.S. Gayvoronska, A.V. Ryabtsov // Refrigeration equipment and technology. – Odessa. – OSAR, 2010. – №4 (126). – S. 70-72. (in Russian)
ITU-T Recommendation G. 680 «Physical transfer functions of optical network elements».
Slepov N.N. Modern technologies for digital fiber optic communication networks / N.N. Slepov // M.: Radio and communication, 2000. – 468 p. (in Russian)
Grinkov Y.M. The use of scalar criteria of choice for determining the optimal switching network system switching optical signals / G.S. Gayvoronska, Y.M. Grinkov // Refrigeration equipment and technology. OSAR, 2011. – №2 (124). – P. 74-82. (in Russian)
Yuri Grinkov Some Aspects of Choice of Switching Scheme for Construction of Optical Signals’ Switching System Y. Grinkov //International Journal “Information Theories and Applications”. – Sofia: ITHEA, 2012. – № 3 (Volume 19) – P. 224-231.
Yuri Grinkov Development of simulation models for optimizing the operation of all-optical networks / Yuri Grinkov // International Journal “Information Theories and Knowledge”. – Sofia: ITHEA, 2012. – № 2 (Volume 6) – P. 178-183. (in Russian)
Goviken G. Shines for us optical computer? / G. Goviken // M.: – 2003. – № 2. – Access mode: http://offline.computerra.ru /2000/332/2877/ (in Russian)
Yershov E.B. To the question of construction of optical networks / E.B. Ershov, E.M. Vaks // Special issue "information society Technologies". – Moscow. – 2009. – p. 14 – 18. (in Russian)
G.S. Gayvoronska Wired information technology: textbook / G.S. Gayvoronska // Odessa. – 2006. – 108 (in Russian)
Barash L. Multi-Protocol lambda switching // Kiev. - Computer review. – 2001. – № 4 –access mode: http://itc.ua/articles /multiprotokolnaya_lyambda-kommutaciya_5139 (in Russian)
Golyshko A.V. Optical switching units / A.V. Golyshko, N. And. Leskov // Networks and communication systems. — 2001. — № 8. – P. 41-42 (in Russian)
Ganzha D. All-optical networks / D. Ganzha // Open systems.- 2000. - № 4. – P. 36-38 (in Russian)
Jason P. Jue, Optical Burst Switched Networks / By Jason P. Jue, Vinod M. Vokkarane // Boston. – 2005. – 147 p.
Verma S. Optical burst switching: a viable solution for terabit IP backbone / S. Verma, H. Chaskar, R. Ravikanth // IEEE Network. - 14(6). – November. – 2000. – P. 48–53
R. Ramaswami Optical Networks: A Practical Perspective / Ramaswami R., Sivarajan K. N. // Morgan Kaufmann Publishers. – 1998. – P. 15-17
C. Qiao, Optical burst switching (OBS) - a new paradigm for an optical Internet / C. Qiao, M. Yoo // Journal of High Speed Networks. – 8(1). – January. – 1999. – P. 69-84.
G.S. Gayvoronska Switches optical signals / G.S. Gayvoronska, A.V. Ryabtsov // Refrigeration equipment and technology. – Odessa. – OSAR, 2009. – №2 (118). – S. 55-59. (in Russian)
Gayvoronska G.S. Features of optical switches’ usage in the modern information networks / G.S. Gayvoronska, A.V. Ryabtsov // Applicable Information Models. – Sofia: ITHEA, 2011. – № 22. – P. 169-181.
Gayvoronska G.S. Methods and devices for switching optical signals in information networks/ G.S. Gayvoronska, A.V. Ryabtsov // Refrigeration equipment and technology. – Odessa. – OSAR, 2010. – №2 (124). – P. 74-82 (in Russian)
G.S. Gayvoronska Phenomenological model of all-optical switch with optical addressing/ G.S. Gayvoronska, A.V. Ryabtsov // Visnyk SUICT. – 2012. – № 1. – S. 50-54 (in Russian)
Gayvoronska G.S. New approach to the construction of the structure switches optical signals / G.S. Gayvoronska, A.V. Ryabtsov // Visnyk SUICT. – 2012. – № 3. – P. 43-47 (in Russian)
