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forward error correction devices for optical communications Raysal, West Virginia

What is the best code to use? A. Rorison."Multi-Weight Unipolar Codes for Spectral-Amplitude-Coding Optical CDMA Systems,"IEEE Communications Letters,v.8,2004,p. 259. Iazikov, and T.

A redundant bit may be a complex function of many original information bits. J. S. Marcellin."On guaranteed error correction capability of GLDPC codes,"Proc. 44th Annual International Telemetering Conference,2008.

Castillo, Jose M. Akita, M. ITU recommendation G.709 (“Interface for the Optical Transport Network (OTN))” is an example of a framing structure which includes an FEC block. IEE Electron.

Commun. 46(8)1003–1010, Aug (1998).MATHCrossRef42.O. With RS-8, the maximum number of corrected burst errors r equals 8 and the line rate increases by 7.14%. 32. Kasahara, S. Kobayashi, Y.

K. B. The FIFO is important if used with a fixed frequency MAC/Framer. Sanchez-Lopez."Quality of service routing", 09/01/2007-08/31/2008, "Chapter 2, EU COST 263 Book",  2004, "Springer Verlag".

Vasic."Shannon Capacities and Error?Correction Codes for Optical Atmospheric Turbulent Channels,"OSA Journal ofOSA Journal ofOSA Journal of Optical Networking,v.4,2005,p. 586. U337-U345.View record at Web of Science Russo, JM;Chen, CH;Kostuk, RK."Temperature dependence and characterization of gratings in PQ/PMMU holographic materials - art. Colas, M. Out-Of-Band FEC  In the definition for OTN architecture in the G.709, the FEC overheads belong to the OTN OTUk layer and the Reed Solomon RS (255, 239) FEC codes are

Shimokasa, T. Why Use FEC? (cont.) • Coding Gain measured via Q Factor • The widely used technique of measuring coding gain is the Q-factor (Quality factor) measurement. Lightwave Technology,v.23,2005,p. 1939. Hamaoka, Y.

ETSI (V1.1.1). SWIZZLE- Advance FEC example 58. FEC Encoder 27. Varrazza, I.

Why Use FEC? (cont.)   Lower Launch Powers  Lower power/cost transmitters/Receivers  Reduction of the effects of fiber non-linearities  Essential for OC-192  Compensation for system loss  W. Vasic."A Rate 2/3 Modulation Code for Suppression of Intrachannel Nonlinear Effects, in High-Speed Optical Transmission", 09/01/2008-08/31/2009,  2004, "IASTED International Conference on Communication Systems and Networks". in Proceedings of OFC’99, ThQ6, San Diego, CA, Feb (1999).39.C.

ISBN978-0-7923-7868-6. ^ M. Vasic."Receiver Modeling for Optically Amplified Communication Systems,"International Journal of Electronics and Communications (AE?),v.57,2003,p. 381. Kurahashi, Third generation FEC employing Turbo Product Code for long-haul DWDM transmission systems. Summary-SD-FEC  Network operators are under tremendous pressure to expand network capacity to order to meet the ever-increasing demand for high-speed data services, especially Internet video services.

Ait Sab, J. Differing provisions from the publisher's actual policy or licence agreement may be applicable.This publication is from a journal that may support self archiving.Learn moreLast Updated: 15 Oct 16 © 2008-2016 researchgate.net. B. Masuda, M.

Moreover, adaptive equalization, ch- nel coding or maximum likelihood detection are still considered something “exotic” in the optical world. Lemaire, Block turbo code performances for long-haul DWDM optical transmission systems. Instead, modern codes are evaluated in terms of their bit error rates. For the fiber-optic device, see optical interleaver.

If the FEC overhead values are different, the receiver defaults to the highest overhead selected by the two nodes (step 52). Picart, S. D t = 1 error corrected Increases Burst Error Correction Capability 13. Mizuochi, Automatically tracked dispersion compensation with penalty–free tunable dispersion equalizer for 40 Gbit/s systems.

Sole-Pareta, S. Humblet, M. These values are obtained by scaling the power consumption of RS and LDPC FEC devices [38], [39] as well as FFT processors in [40] to 60 GHz sampling rate and 100 P.

Disadvantages of interleaving[edit] Use of interleaving techniques increases total delay. R. Sugihara, Demonstration of PMD mitigation in long–haul WDM transmission using automatic control of input state of polarization. Generally the specific BER is not required and the order of magnitude of BER is already enough for problem analysis.

Mizuochi, K.