AbstractWe consider level crossing for the difference of independent renewal processes. Second-order expansions for the distribution function of the crossing time of level n are found, as n → ∞. As a by-product several other results on the difference process are found. The expected minimum of the difference process appears to play an important role in the analysis. This makes this problem essentially harder than the level crossing for the sum process which was studied earlier
We consider the process {x − N(t) : t ≥ 0}, where x ∈ R+ and {N(t) :t ≥ 0} is a renewal process with...
In this paper we present some large deviation results for compound Markov renewal processes. We star...
AbstractCompound stochastic processes are constructed by taking the superpositive of independent cop...
AbstractWe consider level crossing for the difference of independent renewal processes. Second-order...
We consider level crossing for the difference of independent renewal processes. Second-order expansi...
We consider the difference process N of two independent renewal (counting) processes. Second-order a...
International audienceWe study the intersection of two independent renewal processes, ρ = τ ∩σ. Assu...
The paper studies the behavior of an (1 + 3)th-dimensional, delayed renew-al process with dependent ...
AbstractLet Y1, Y2, … be a stochastic process and M a positive real number. Define the level crossin...
The paper is concerned with the first meeting or crossing problem between two independent trajectori...
The crossing rate of a stationary random process is a valuble tool when studying crest hight distrib...
AbstractThe asymptotics for the number of times the empirical distribution function crosses the true...
Renewal processes (nondecreasing partial-sum processes) generated by infinitely divisible life times...
Random recurrence relations are stochastic difference equations, which define recursively a sequence...
Let us consider two independent renewal processes generated by appropriate sequences of life times. ...
We consider the process {x − N(t) : t ≥ 0}, where x ∈ R+ and {N(t) :t ≥ 0} is a renewal process with...
In this paper we present some large deviation results for compound Markov renewal processes. We star...
AbstractCompound stochastic processes are constructed by taking the superpositive of independent cop...
AbstractWe consider level crossing for the difference of independent renewal processes. Second-order...
We consider level crossing for the difference of independent renewal processes. Second-order expansi...
We consider the difference process N of two independent renewal (counting) processes. Second-order a...
International audienceWe study the intersection of two independent renewal processes, ρ = τ ∩σ. Assu...
The paper studies the behavior of an (1 + 3)th-dimensional, delayed renew-al process with dependent ...
AbstractLet Y1, Y2, … be a stochastic process and M a positive real number. Define the level crossin...
The paper is concerned with the first meeting or crossing problem between two independent trajectori...
The crossing rate of a stationary random process is a valuble tool when studying crest hight distrib...
AbstractThe asymptotics for the number of times the empirical distribution function crosses the true...
Renewal processes (nondecreasing partial-sum processes) generated by infinitely divisible life times...
Random recurrence relations are stochastic difference equations, which define recursively a sequence...
Let us consider two independent renewal processes generated by appropriate sequences of life times. ...
We consider the process {x − N(t) : t ≥ 0}, where x ∈ R+ and {N(t) :t ≥ 0} is a renewal process with...
In this paper we present some large deviation results for compound Markov renewal processes. We star...
AbstractCompound stochastic processes are constructed by taking the superpositive of independent cop...