We consider a 2nth-order nonlinear difference equation containing both many advances and retardations with p-Laplacian. Using the critical point theory, we obtain some new explicit criteria for the existence and multiplicity of periodic and subharmonic solutions. Our results generalize and improve some known related ones
By applying the least action principle and minimax methods in critical point theory, we prove the ex...
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...
We obtain a sufficient condition for the existence of periodic and subharmonic solutions of second-...
We obtain a sufficient condition for the existence of periodic and subharmonic solutions of second-o...
Using critical point theory, we obtain criteria for the existence and multiplicity of periodic and ...
The authors consider the second-order nonlinear difference equation of the type using critical po...
AbstractThe authors consider the 2nth-order difference equationΔn(rt−nΔnxt−n)+f(t,xt)=0,n∈Z(3),t∈Z, ...
In this article, we study a higher-order nonlinear difference equation. By using critical point the...
The authors consider the second-order nonlinear difference equation of the type ΔpnΔxn−1 δ qnx δ n...
Abstract In this paper, we investigate the solutions of boundary value problems for second-order p-L...
We use Brouwer degree to prove existence and multiplicity results for the periodic solutions of some...
AbstractBy establishing a proper variational framework and using the critical point theory, we estab...
We use Brouwer degree to prove existence and multiplicity results for the periodic solutions of some...
AbstractWe use Brouwer degree to prove existence and multiplicity results for the periodic solutions...
By applying the least action principle and minimax methods in critical point theory, we prove the ex...
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...
We obtain a sufficient condition for the existence of periodic and subharmonic solutions of second-...
We obtain a sufficient condition for the existence of periodic and subharmonic solutions of second-o...
Using critical point theory, we obtain criteria for the existence and multiplicity of periodic and ...
The authors consider the second-order nonlinear difference equation of the type using critical po...
AbstractThe authors consider the 2nth-order difference equationΔn(rt−nΔnxt−n)+f(t,xt)=0,n∈Z(3),t∈Z, ...
In this article, we study a higher-order nonlinear difference equation. By using critical point the...
The authors consider the second-order nonlinear difference equation of the type ΔpnΔxn−1 δ qnx δ n...
Abstract In this paper, we investigate the solutions of boundary value problems for second-order p-L...
We use Brouwer degree to prove existence and multiplicity results for the periodic solutions of some...
AbstractBy establishing a proper variational framework and using the critical point theory, we estab...
We use Brouwer degree to prove existence and multiplicity results for the periodic solutions of some...
AbstractWe use Brouwer degree to prove existence and multiplicity results for the periodic solutions...
By applying the least action principle and minimax methods in critical point theory, we prove the ex...
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...