A heuristic method to simulate the pulse propagation in nonlinear fiber bragg gratings

Abstract

In this paper we simulated the pulse propagation and the switching effects in nonlinear fiber Bragg gratings using a combination of Fourier series analysis technique and Jacobi iterative method. The effects of nonlinearity and dispersion on the pulse propagation have been studied extensively. An all optical self switch was designed by this simulation. This switch is operated based on the input power.

All optical self signal processing using chalcogenide nonlinear fiber Bragg grating

“…Actually, ı represents the deviation of the central input wavelength from the Bragg's wavelength, Ä shows an exchange of energy between forward and backward wave amplitudes and becomes clearer when the input intensity is increased [17]. They can also be expressed as follows:…”