© 2015 Elsevier B.V. It is usually impossible to find explicit expressions for the renewal sequence. This paper presents a simple method to approximate the renewal sequence, which covers many of the known approximations. The paper uses the ideas of Mitov and Omey (2014).status: publishe
If («n) is a renewal sequence, then so is (w") for any a> 1. A renewal sequence is a sequenc...
Abstract: Non-linear renewal theory is extended to include random walks perturbed by both a slowly c...
Abstract. We study a class of models used with success in the modelling of climatological sequences....
In this thesis, renewal theory is used to analyze patterns of outcomes for discrete random variables...
AbstractLet {Zj,j⩾1} be a sequence of nonnegative continuous random variables. Given an arbitrary fu...
ABSTRACT: For applying life-cycle costing, the total costs should be computed over a bounded or unbo...
In this work we study the renewal theory. At first, we define the basic terms, express and prove the...
textabstractThis article presents a simple, easy to understand approximation to the renewal funtion;...
Background: The renewal function is widely useful in the areas of reliability, maintenance and spare...
Lam and Lehoczky (1991) have recently given a number of extensions of classical renewal theorems to ...
AbstractLam and Lehoczky (1991) have recently given a number of extensions of classical renewal theo...
In reliability theory, a renewal process is a stochastic model for arrival times or events occurring...
© 2018 Publications de L'Institut Mathématique. We construct approximations to the renewal function...
Building on and extending the results of Gr, (J. Appl. Probab. 26, 296-303), approximation formulae ...
In this thesis, renewal theory is used to analyze patterns of outcomes for discrete random variables...
If («n) is a renewal sequence, then so is (w") for any a> 1. A renewal sequence is a sequenc...
Abstract: Non-linear renewal theory is extended to include random walks perturbed by both a slowly c...
Abstract. We study a class of models used with success in the modelling of climatological sequences....
In this thesis, renewal theory is used to analyze patterns of outcomes for discrete random variables...
AbstractLet {Zj,j⩾1} be a sequence of nonnegative continuous random variables. Given an arbitrary fu...
ABSTRACT: For applying life-cycle costing, the total costs should be computed over a bounded or unbo...
In this work we study the renewal theory. At first, we define the basic terms, express and prove the...
textabstractThis article presents a simple, easy to understand approximation to the renewal funtion;...
Background: The renewal function is widely useful in the areas of reliability, maintenance and spare...
Lam and Lehoczky (1991) have recently given a number of extensions of classical renewal theorems to ...
AbstractLam and Lehoczky (1991) have recently given a number of extensions of classical renewal theo...
In reliability theory, a renewal process is a stochastic model for arrival times or events occurring...
© 2018 Publications de L'Institut Mathématique. We construct approximations to the renewal function...
Building on and extending the results of Gr, (J. Appl. Probab. 26, 296-303), approximation formulae ...
In this thesis, renewal theory is used to analyze patterns of outcomes for discrete random variables...
If («n) is a renewal sequence, then so is (w") for any a> 1. A renewal sequence is a sequenc...
Abstract: Non-linear renewal theory is extended to include random walks perturbed by both a slowly c...
Abstract. We study a class of models used with success in the modelling of climatological sequences....