Add to ORKGWe consider the linear difference equation ∆ m xn + δanxn+1 =0 where m ≥ 2, δ = ±1 and{an} is a positive real sequence. We study the existence of its nonoscillatory solutions.
We consider a class of fourth-order nonlinear difference equations. The classification of nonoscill...
In this paper, we find necessary conditions for every solution of the neutral functional difference ...
AbstractThe authors consider the difference equations (*)Δ(anΔxn)=qnxn+1 and (**)Δ(anΔxn)=qnf(xn+1) ...
AbstractIn this paper, we consider the following higher-order neutral difference equation: Δm (xn + ...
The authors consider the difference equation () \Delta m [yn \Gamma pny n\Gammak ] + ffiq ny oe(n+...
AbstractIn this paper, we study the oscillatory and asymptotic behaviour of solutions of higher orde...
AbstractConsider the higher-order linear difference equation where m ≥ 1 is an odd integer, and {pn...
AbstractIn this paper, we consider the following forced higher-order nonlinear neutral difference eq...
summary:The authors consider the difference equation \[ \Delta ^{m} [y_{n} - p_{n} y_{n - k}] + \del...
AbstractConsider the higher order nonlinear partial difference equation of neutral type(∗)ΔnhΔmr(y(m...
The existence of bounded nonoscillatory solutions of a higher-order nonlinear neutral delay differe...
We consider a class of fourth-order nonlinear difference equations. The classification of nonoscilla...
We consider a class of fourth-order nonlinear difference equations. The classification of nonoscilla...
AbstractSufficient conditions are established for the existence of positive solutions and oscillatio...
AbstractIn this paper, we establish some necessary conditions on the nonoscillation of the nonlinear...
We consider a class of fourth-order nonlinear difference equations. The classification of nonoscill...
In this paper, we find necessary conditions for every solution of the neutral functional difference ...
AbstractThe authors consider the difference equations (*)Δ(anΔxn)=qnxn+1 and (**)Δ(anΔxn)=qnf(xn+1) ...
AbstractIn this paper, we consider the following higher-order neutral difference equation: Δm (xn + ...
The authors consider the difference equation () \Delta m [yn \Gamma pny n\Gammak ] + ffiq ny oe(n+...
AbstractIn this paper, we study the oscillatory and asymptotic behaviour of solutions of higher orde...
AbstractConsider the higher-order linear difference equation where m ≥ 1 is an odd integer, and {pn...
AbstractIn this paper, we consider the following forced higher-order nonlinear neutral difference eq...
summary:The authors consider the difference equation \[ \Delta ^{m} [y_{n} - p_{n} y_{n - k}] + \del...
AbstractConsider the higher order nonlinear partial difference equation of neutral type(∗)ΔnhΔmr(y(m...
The existence of bounded nonoscillatory solutions of a higher-order nonlinear neutral delay differe...
We consider a class of fourth-order nonlinear difference equations. The classification of nonoscilla...
We consider a class of fourth-order nonlinear difference equations. The classification of nonoscilla...
AbstractSufficient conditions are established for the existence of positive solutions and oscillatio...
AbstractIn this paper, we establish some necessary conditions on the nonoscillation of the nonlinear...
We consider a class of fourth-order nonlinear difference equations. The classification of nonoscill...
In this paper, we find necessary conditions for every solution of the neutral functional difference ...
AbstractThe authors consider the difference equations (*)Δ(anΔxn)=qnxn+1 and (**)Δ(anΔxn)=qnf(xn+1) ...