AbstractIn this paper, we employ the Mawhin continuation theorem to study the existence of positive periodic solutions for a kind of nonautonomous difference equation with several deviating arguments. Applying the general theorems established to several biomathematical models, we obtain some new results
AbstractConsidered is the periodic functional differential system with a parameter, x′(t)=A(t,x(t))x...
AbstractThis paper studies periodic solutions of two types of population models with time delays and...
AbstractWe prove the existence of positive solutions of second-order nonlinear difference equations ...
AbstractIn this paper, we employ the Mawhin continuation theorem to study the existence of positive ...
AbstractWe discuss a discrete population model describing single species growth with periodic harves...
AbstractWith the help of continuation theorem based on Mawhin's coincidence degree, the existence of...
AbstractConsider the delayed periodic logistic equation, N(t)=N(t) [a(t)-b(t)Np(t-σ(t))-c(t)Nq(t−T(t...
In this article, we investigate the existence of positive periodic solutions for a class of non-auto...
AbstractIn this paper, we employ the Mawhin's continuation theorem to study the existence of positiv...
AbstractWe apply the continuation theorem of coincidence degree theory to study the existence of pos...
AbstractIn this paper, we use the upper and lower solutions method to show that there existsa λ*, su...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
AbstractWe apply the continuation theorem of coincidence degree theory to study the existence of pos...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
AbstractIn this paper, we employ the Mawhin's continuation theorem to study the existence of positiv...
AbstractConsidered is the periodic functional differential system with a parameter, x′(t)=A(t,x(t))x...
AbstractThis paper studies periodic solutions of two types of population models with time delays and...
AbstractWe prove the existence of positive solutions of second-order nonlinear difference equations ...
AbstractIn this paper, we employ the Mawhin continuation theorem to study the existence of positive ...
AbstractWe discuss a discrete population model describing single species growth with periodic harves...
AbstractWith the help of continuation theorem based on Mawhin's coincidence degree, the existence of...
AbstractConsider the delayed periodic logistic equation, N(t)=N(t) [a(t)-b(t)Np(t-σ(t))-c(t)Nq(t−T(t...
In this article, we investigate the existence of positive periodic solutions for a class of non-auto...
AbstractIn this paper, we employ the Mawhin's continuation theorem to study the existence of positiv...
AbstractWe apply the continuation theorem of coincidence degree theory to study the existence of pos...
AbstractIn this paper, we use the upper and lower solutions method to show that there existsa λ*, su...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
AbstractWe apply the continuation theorem of coincidence degree theory to study the existence of pos...
Based on a continuation theorem of Mawhin, positive periodic solutions are found for difference equa...
AbstractIn this paper, we employ the Mawhin's continuation theorem to study the existence of positiv...
AbstractConsidered is the periodic functional differential system with a parameter, x′(t)=A(t,x(t))x...
AbstractThis paper studies periodic solutions of two types of population models with time delays and...
AbstractWe prove the existence of positive solutions of second-order nonlinear difference equations ...