For nonlinear difference equations of the form xn=F(n,xn−1,…,xn−m), it is usually difficult to find periodic solutions. In this paper, we consider a class of difference equations of the form xn=anxn−1+bnf(xn−k), where {an}, {bn} are periodic sequences and f is a nonlinear filtering function, and show how periodic solutions can be constructed. Several examples are also included to illustrate our results
The central objective of this thesis is to analyze the eventual periodic properties of solutions of ...
We establish conditions for the existence of periodic solutions of nonlinear, second-order differenc...
AbstractThe authors consider the 2nth-order difference equationΔn(rt−nΔnxt−n)+f(t,xt)=0,n∈Z(3),t∈Z, ...
This paper is dealt with the following system of difference equations xn+1=an/xn+bn/yn,yn+1=cn/xn+dn...
AbstractConsider the difference equation (∗)xn+1=βxn−g(xn),n=0,1,…, arising as a discrete-time netwo...
AbstractIn this paper, we use the upper and lower solutions method to show that there existsa λ*, su...
We establish conditions for the existence of periodic solutions of nonlinear, second-order differenc...
We establish conditions for the existence of periodic solutions of nonlinear, second-order differenc...
AbstractIn this paper, we obtain some new sufficient conditions for the existence of nontrivial m-pe...
AbstractIn this paper, we obtain some new sufficient conditions for the existence of nontrivial m-pe...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
summary:Sufficient conditions for the existence of at least one $T-$periodic solution of second orde...
The central objective of this thesis is to analyze the eventual periodic properties of solutions of ...
The central objective of this thesis is to analyze the eventual periodic properties of solutions of ...
We establish conditions for the existence of periodic solutions of nonlinear, second-order differenc...
AbstractThe authors consider the 2nth-order difference equationΔn(rt−nΔnxt−n)+f(t,xt)=0,n∈Z(3),t∈Z, ...
This paper is dealt with the following system of difference equations xn+1=an/xn+bn/yn,yn+1=cn/xn+dn...
AbstractConsider the difference equation (∗)xn+1=βxn−g(xn),n=0,1,…, arising as a discrete-time netwo...
AbstractIn this paper, we use the upper and lower solutions method to show that there existsa λ*, su...
We establish conditions for the existence of periodic solutions of nonlinear, second-order differenc...
We establish conditions for the existence of periodic solutions of nonlinear, second-order differenc...
AbstractIn this paper, we obtain some new sufficient conditions for the existence of nontrivial m-pe...
AbstractIn this paper, we obtain some new sufficient conditions for the existence of nontrivial m-pe...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
summary:Sufficient conditions for the existence of at least one $T-$periodic solution of second orde...
The central objective of this thesis is to analyze the eventual periodic properties of solutions of ...
The central objective of this thesis is to analyze the eventual periodic properties of solutions of ...
We establish conditions for the existence of periodic solutions of nonlinear, second-order differenc...
AbstractThe authors consider the 2nth-order difference equationΔn(rt−nΔnxt−n)+f(t,xt)=0,n∈Z(3),t∈Z, ...