AbstractResults of Samuels and Wendel for the simple random walk with drift on the integers which assert independence of interarrival times at the sets {a−r, a+r}, r=1, 2…, k and the arrival position in the set {a−k,a+k}, where a is the starting point, are reobtained by treating the walk as a Markov chain, and considering related chains conditional on absorption at a specified barrier
Start two independent copies of a reversible Markov chain from arbitrary initial states. Then the ex...
In this paper, we provide a methodology for computing the probability distribution of sojourn times...
In this paper, we cover some essential problems of (simple) random walks in one, two and three dimen...
Random walk is a well-known mathematical model used in various scientific fields. The aim of this th...
The general notion of a Markov Chain is introduced in Chapter 1, and a theorem is proven characteriz...
In this note, we give an elementary proof of the random walk hitting time theorem, which states that...
This paper concerns the first hitting time T of the origin for random walks on d-dimensional integer...
Z+: = {0,1,2,3,...}. Consider Xt, t ∈ Z+ a nearest-neighbour random walk on Z+. We are interested in...
A lattice random walk is a mathematical representation of movement through random steps on a lattice...
The steps of a one-dimensional random walk are positive and occur randomly in time at a fixed mean r...
We study Markov chains on a lattice in a codimension-one stratified independent random environment, ...
Abstract. Random walks are well known for playing a crucial role in the design of randomized off-lin...
We investigate random walks in independent, identically distributed random sceneries under the assum...
Let I be a countably infinite set of points in R, and suppose that I has no points of accumulation a...
What can be said on the convergence to stationarity of a finite state Markov chain that behaves \u27...
Start two independent copies of a reversible Markov chain from arbitrary initial states. Then the ex...
In this paper, we provide a methodology for computing the probability distribution of sojourn times...
In this paper, we cover some essential problems of (simple) random walks in one, two and three dimen...
Random walk is a well-known mathematical model used in various scientific fields. The aim of this th...
The general notion of a Markov Chain is introduced in Chapter 1, and a theorem is proven characteriz...
In this note, we give an elementary proof of the random walk hitting time theorem, which states that...
This paper concerns the first hitting time T of the origin for random walks on d-dimensional integer...
Z+: = {0,1,2,3,...}. Consider Xt, t ∈ Z+ a nearest-neighbour random walk on Z+. We are interested in...
A lattice random walk is a mathematical representation of movement through random steps on a lattice...
The steps of a one-dimensional random walk are positive and occur randomly in time at a fixed mean r...
We study Markov chains on a lattice in a codimension-one stratified independent random environment, ...
Abstract. Random walks are well known for playing a crucial role in the design of randomized off-lin...
We investigate random walks in independent, identically distributed random sceneries under the assum...
Let I be a countably infinite set of points in R, and suppose that I has no points of accumulation a...
What can be said on the convergence to stationarity of a finite state Markov chain that behaves \u27...
Start two independent copies of a reversible Markov chain from arbitrary initial states. Then the ex...
In this paper, we provide a methodology for computing the probability distribution of sojourn times...
In this paper, we cover some essential problems of (simple) random walks in one, two and three dimen...