8 with panels (a), (b), (c) and (d) corresponding to α z = 0.1 z, α z = 0.1 z 2, α z = 0.1 sinz and α z = 1 + 0.1 cosz which predicts the dependence of non-autonomous parameter on MI gain. The MI gain as a function of the perturbtion frequency ‘Ω’ and non – autonomous coefficient ‘α(z)’ is plotted in Fig. Non-collisional dynamics of nonautonomous three solitons …. Dive into the research topics of 'Global Asymptotic Stability in a Non-autonomous Difference Equation'. Global Asymptotic Stability in a Non-autonomous Difference. tarded differential equations into an evolution equation of the form (CP).
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