Consider a time-inhomogeneous regenerative process starting from regeneration at time s. It is shown (under regularity conditions on the regeneration times) that, as the starting time s tends backward to - ∞, the process tends in total variation in any fixed time-interval [t, ∞) to a two-sided limit process. Further, time-uniform rates of convergence are obtained, the analogue of the renewal measure is considered and a time-inhomogeneous key renewed theorem presented
A random environment is modeled by an arbitrary stochastic process, the future of which is described...
AbstractA fixed sampling point O is chosen independently of a renewal process on the whole real lin...
We consider a generalized renewal process with a delaying lower bound. An asymptotic expansion is ob...
Markov regenerative processes are continuous‐time stochastic processes with more general conditions ...
[Mitov Kosto V.; Митов Косто В.]; [Yanev Nikolay M.; Janev N. M.; Janev Nikolaj; Янев Николай М.]In ...
This paper deals with a generalization of the class of renewal processes with absolutely continuous ...
A type of discrete-time Markov renewal process is considered in which the epochs at which the proces...
AbstractNecessary and sufficient conditions are established for cumulative process (associated with ...
Let us consider two independent renewal processes generated by appropriate sequences of life times. ...
We review the theory of regenerative processes, which are processes that can be intuitively seen as ...
We derive an invariance principle for the lift to the rough path topology of stochastic processes wi...
AbstractRegenerative processes were defined and investigated by Smith [12]. These processes have lim...
We construct a family of processes, from a renewal process, that have realizations that converge alm...
Ergodicity, continuity, finite approximations and rare visits of general Markov chains are investiga...
We develop a technique that provides a lower bound on the speed of tran- sient random walk in a rand...
A random environment is modeled by an arbitrary stochastic process, the future of which is described...
AbstractA fixed sampling point O is chosen independently of a renewal process on the whole real lin...
We consider a generalized renewal process with a delaying lower bound. An asymptotic expansion is ob...
Markov regenerative processes are continuous‐time stochastic processes with more general conditions ...
[Mitov Kosto V.; Митов Косто В.]; [Yanev Nikolay M.; Janev N. M.; Janev Nikolaj; Янев Николай М.]In ...
This paper deals with a generalization of the class of renewal processes with absolutely continuous ...
A type of discrete-time Markov renewal process is considered in which the epochs at which the proces...
AbstractNecessary and sufficient conditions are established for cumulative process (associated with ...
Let us consider two independent renewal processes generated by appropriate sequences of life times. ...
We review the theory of regenerative processes, which are processes that can be intuitively seen as ...
We derive an invariance principle for the lift to the rough path topology of stochastic processes wi...
AbstractRegenerative processes were defined and investigated by Smith [12]. These processes have lim...
We construct a family of processes, from a renewal process, that have realizations that converge alm...
Ergodicity, continuity, finite approximations and rare visits of general Markov chains are investiga...
We develop a technique that provides a lower bound on the speed of tran- sient random walk in a rand...
A random environment is modeled by an arbitrary stochastic process, the future of which is described...
AbstractA fixed sampling point O is chosen independently of a renewal process on the whole real lin...
We consider a generalized renewal process with a delaying lower bound. An asymptotic expansion is ob...