Solution form of a higher order system of difference equation and dynamical behavior of its special case
The solution form of the system of nonlinear difference equations\begin {equation*} x_ {n+
1}=\frac {x_ {n-k+ 1}^{p} y_ {n}}{a y_ {nk}^{p}+ b y_ {n}},\y_ {n+ 1}=\frac {y_ {n-k+ 1}^{p} x …
1}=\frac {x_ {n-k+ 1}^{p} y_ {n}}{a y_ {nk}^{p}+ b y_ {n}},\y_ {n+ 1}=\frac {y_ {n-k+ 1}^{p} x …
[引用][C] Solution form of a higher‐order system of difference equations and dynamical behavior of its special case
N Haddad, N Touafek… - Mathematical Methods in …, 2017 - Wiley Online Library
The solution form of the system of nonlinear difference equations where the coefficients a, b,
α, β and the initial values x− i, y− i, i∈{0, 1,…, k} are non‐zero real numbers, is obtained …
α, β and the initial values x− i, y− i, i∈{0, 1,…, k} are non‐zero real numbers, is obtained …
Solution form of a higher-order system of difference equations and dynamical behavior of its special case.
N Haddad, N Touafek… - Mathematical Methods in …, 2017 - search.ebscohost.com
Lately, nonlinear difference equations have attracted the attentions of many mathematicians.
In fact, we have witnessed a rapid growth of interest in these types of equations in the …
In fact, we have witnessed a rapid growth of interest in these types of equations in the …
Solution form of a higher-order system of difference equations and dynamical behavior of its special case
N Haddad, N Touafek… - Mathematical Methods in …, 2017 - ui.adsabs.harvard.edu
The solution form of the system of nonlinear difference equations\begin {equation*} x_ {n+
1}=\frac {x_ {n-k+ 1}^{p} y_ {n}}{a y_ {nk}^{p}+ b y_ {n}},\y_ {n+ 1}=\frac {y_ {n-k+ 1}^{p} x …
1}=\frac {x_ {n-k+ 1}^{p} y_ {n}}{a y_ {nk}^{p}+ b y_ {n}},\y_ {n+ 1}=\frac {y_ {n-k+ 1}^{p} x …