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A system of coupled nonlinear Schrodinger (NLSEs) of two fundamental and dark solitons are numerically investigated by Split-Step Fourier Method (SSFM) simulation. The stability of the evolved 'bright' envelopes as the superimposed of two dark solitons has been compared with the interaction of bright fundamental solitons in the perturbed or lossy fiber. Dynamic nature of the solitons in the the presence of nonlinear-dispersive phenomena, their relative amplitude i r

The Evolution and perturbation of Solitons in DispersiveNonlinear Optical Fiber