Titlebook: New Trends in Optical Soliton Transmission Systems; Proceedings of the S Akira Hasegawa (Research Professor, Consultant) Conference proceed

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Practical Design of Dispersion Managed Soliton System optimized to maintain the soliton initial phase at each span length to reduce soliton interaction and soliton break-up. A practical design of the system using a dispersion compensation fiber is investigated for 10 ps-pulsewidth, 20 Gbit/s soliton signals transmitted over 18,000 km with 60 kin ampli

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Photon-Number Noise of Spectrally Filtered Optical Solitons, however, have uncertainties associated with their position, momentum, phase and amplitude. These uncertainties become mutually correlated, broaden or contract as the quantum soliton propagates. Thus, the fundamental quantum soliton is not a stationary object during propagation [1]–[4].

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Nonlinear Chirped RZ and NRZ Pulses in Optical Transmission Linesse propagation in an optical transmission system with dispersion management. This paper consists of two parts dealing with the properties of soliton-like RZ (return-to-zero) and conventional NRZ (non-return-to-zero) pulses. The main difference in the systems using those pulses is the sign of the gro

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20 GBIT/S PDM Soliton Transmission Experiment in Dispersion Compensated Standard Fiber Systems compensating fiber (DCF) were studied by both the numerical simulation and the recirculating loop transmission experiment. The simulation revealed that the alternating average dispersion map arrangement changing between the normal and anomalous values and the use of an in-line optical bandpass filt

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發(fā)現(xiàn)

Theory of Guiding-Center Breathing Soliton Propagation in Optical Communication Systems with Strong ynamics of the pulse is governed by a system of two ordinary differential equations for the pulse width and chirp. Dispersion-managed pulses can propagate stably not only in the region of the anomalous average dispersion, but also with zero average path dispersion and even in the region of normal re

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Binge-Drinking

Four-Wave Mixing in Fiber Links with Dispersion Managementour-wave mixing (FWM) [4] is the major factor which limits the potential of the WDM approach. This limitation is due to the nonlinear interaction of neighboring frequency channels which leads, in particular, to the generation of Stokes and anti-Stokes sidebands (FWM-components), that play the role o

傲慢物

Statistical Properties of Signals Travelling in Noisy Nonlinearly Dispersive Optical Channelsof optical communication systems. Research efforts have been spent to understand how the system performance can be characterized. In particular, the main target of a number of study has been the computation of the transmission bit error rate (BER), which is the main quantity to be evaluated in order