
Using a ``semicycle analysis method'' developed by the authors, they prove that the positive equilibrium of the nonlinear difference equation \[ x_{n+1}=\frac{x_nx_{n-1}^b+x_{n-2}^b+a}{x_{n-1}^b+x_nx_{n-2}^b+a}, \quad n\geq 0 \] is globally asymptotically stable for parameters \(a\geq 0\), \(b>0\) and initial values \(x_{-2},x_{-1},x_0>0\).
Global asymptotic stability, positive equilibrium, Stability of difference equations, Multiplicative and other generalized difference equations, Applied Mathematics, Semicycle, semicycle analysis method, nonlinear difference equation, recursive difference equation, Recursive difference equation, global asymptotic stability
Global asymptotic stability, positive equilibrium, Stability of difference equations, Multiplicative and other generalized difference equations, Applied Mathematics, Semicycle, semicycle analysis method, nonlinear difference equation, recursive difference equation, Recursive difference equation, global asymptotic stability
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