AbstractConsider the renewal equation in the form (∗) u(t) = g(t) + ∝ot u(t − τ) ƒ(τ) dτ, where ƒ(t) is a probability density on [0, ∞) and limt → ∞ g(t) = g0. Asymptotic solutions of (∗) are given in the case when f(t) has no expectation, i.e., ∝0∞ tƒ(t)dt = ∞. These results complement the classical theorem of Feller under the assumption that f(t) possesses finite expectation
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
AbstractThe following integral equation is considered:ϕ(x)=g(x)+∫−∞∞ϕ(x−t)dF(t),where g∈L1≡L1(−∞,∞),...
In this thesis we study the asymptotic behaviour of the solution of a discrete time renewal equation...
RENEWAL FUNCTION ASYMPTOTICS REFINED À LA FELLERFeller’s volume 2 shows how to u...
Building on and extending the results of Gr, (J. Appl. Probab. 26, 296-303), approximation formulae ...
In this paper, we consider the nonlocal nonlinear renewal equation with diffusion under nonnegative ...
Despite their relevance in mathematical biology, there are, as yet, few general results about the as...
In this paper, we consider the nonlocal nonlinear renewal equation with diffusion under nonnegative ...
In this thesis we investigate a model of nonlinearly perturbed continuous-time renewal equation. Som...
Despite their relevance in mathematical biology, there are, as yet, few general results about the as...
Despite their relevance in mathematical biology, there are, as yet, few general results about the as...
Despite their relevance in mathematical biology, there are, as yet, few general results about the as...
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
AbstractThe following integral equation is considered:ϕ(x)=g(x)+∫−∞∞ϕ(x−t)dF(t),where g∈L1≡L1(−∞,∞),...
In this thesis we study the asymptotic behaviour of the solution of a discrete time renewal equation...
RENEWAL FUNCTION ASYMPTOTICS REFINED À LA FELLERFeller’s volume 2 shows how to u...
Building on and extending the results of Gr, (J. Appl. Probab. 26, 296-303), approximation formulae ...
In this paper, we consider the nonlocal nonlinear renewal equation with diffusion under nonnegative ...
Despite their relevance in mathematical biology, there are, as yet, few general results about the as...
In this paper, we consider the nonlocal nonlinear renewal equation with diffusion under nonnegative ...
In this thesis we investigate a model of nonlinearly perturbed continuous-time renewal equation. Som...
Despite their relevance in mathematical biology, there are, as yet, few general results about the as...
Despite their relevance in mathematical biology, there are, as yet, few general results about the as...
Despite their relevance in mathematical biology, there are, as yet, few general results about the as...
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
A special problem in renewal theory is considered. The asymptotic behavior of the renewal function w...
AbstractThe following integral equation is considered:ϕ(x)=g(x)+∫−∞∞ϕ(x−t)dF(t),where g∈L1≡L1(−∞,∞),...