Nonlinear pulse reshaping for optical fiber transmission systems

Optical waveguides – Optical fiber waveguide with cladding

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G02B 602

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active

061577626

ABSTRACT:
Nonlinear pulse reshaping for optical fiber transmission systems. A procedure utilizing nonlinear amplifying loop mirrors for recovering soliton pulses nonadiabatically deformed by losses is described. Input pulses are mapped into output pulses for segments of optical fiber followed by a combination of linear and nonlinear amplification. For a wide range of amplifier spacings, it is numerically established that a single optimal input pulse of soliton shape exists for each such spacing which is well recovered at the output of the amplifier, containing only .about.3% of continuous radiation.

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Masayuki Matsumoto et al., "Suppression of Noise Accumulation in Bandwith-Limited Soliton Transmission by Means of Nonlinear Loop Mirrors," Optics Letters 19, 183 (1994).
Ildar Gabitov et al., "Recovery of Solitons with Nonlinear Amplifying Loop Mirrors," Optics Letters 20, 2490 (1995).

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