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Published in 2017 at "Positivity"
DOI: 10.1007/s11117-016-0399-z
Abstract: We prove the existence of positive $$\omega $$ω-periodic solutions for the double-delayed differential equation $$\begin{aligned} x^{\prime }(t)-a(t)g(x(t))x(t)=-\lambda (b(t)f(x(t-\tau (t))+c(t)h(x(t-\nu (t))), \end{aligned}$$x′(t)-a(t)g(x(t))x(t)=-λ(b(t)f(x(t-τ(t))+c(t)h(x(t-ν(t))),where $$\lambda $$λ is a positive parameter, $$a,b,c,\tau ,\nu \in C(\mathbb {R}, \mathbb {R})$$a,b,c,τ,ν∈C(R,R) are…
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Keywords:
periodic solutions;
double delayed;
delayed differential;
solutions double ... See more keywords