A random walker is allowed to walk on a surface along two orthogonal directions; the possibility to select either of them is a specific function of the number of steps he has performed. Once he has chosen one of the two axis he is also given a possibility to choose a forward or a backward step; this possibility may also be a specific function of the number of steps. In spite of the wide variety of possibilities that may be assigned we herein describe a theoretical method through which the mean path of a large number of walkers may be found. Several numerical examples for random walkers verify the theoretical results for their mean path.
What is a random walk? hard to define in general. Better start with an example. Here’s THE example f...
There are numerous applications in Artificial Intelligence (AI) and Machine Learning (ML) where the ...
We analyse a model of random walk on a two-dimensional lattice and on a strip where the probabilitie...
The classical random walker found in the literature has steps along four orthogonal directions, i.e....
Diferent types of random walkers are studied by assuming that they have eight diferent possibilities...
Abstract: Di®erent types of random walkers are studied by assuming that they have eight di®erent pos...
This thesis provides a study of various boundary problems for one and two dimensional random walks. ...
We study the expected distance of a two-dimensional walk in the plane with unit steps in random dire...
<p>(<b>A</b>) Synthetic paths for the correlated random walk (‘CRW’) model were obtained by sub-samp...
<p>In (a) we depict random locations on the plane (represented by stars); the probability to go fro...
In this thesis, we will discus the finite step random walk and how we can find the exact probability...
We discuss statistical properties of random walks conditioned by fixing a large area under their pat...
A deeply researched topic in stochastic is the random walk. The most basic concept considers being a...
18 pages, 2 figuresInternational audienceFor a homogeneous random walk in the quarter plane with nea...
There are numerous applications in Artificial Intelligence (AI) and Machine Learning (ML) where the ...
What is a random walk? hard to define in general. Better start with an example. Here’s THE example f...
There are numerous applications in Artificial Intelligence (AI) and Machine Learning (ML) where the ...
We analyse a model of random walk on a two-dimensional lattice and on a strip where the probabilitie...
The classical random walker found in the literature has steps along four orthogonal directions, i.e....
Diferent types of random walkers are studied by assuming that they have eight diferent possibilities...
Abstract: Di®erent types of random walkers are studied by assuming that they have eight di®erent pos...
This thesis provides a study of various boundary problems for one and two dimensional random walks. ...
We study the expected distance of a two-dimensional walk in the plane with unit steps in random dire...
<p>(<b>A</b>) Synthetic paths for the correlated random walk (‘CRW’) model were obtained by sub-samp...
<p>In (a) we depict random locations on the plane (represented by stars); the probability to go fro...
In this thesis, we will discus the finite step random walk and how we can find the exact probability...
We discuss statistical properties of random walks conditioned by fixing a large area under their pat...
A deeply researched topic in stochastic is the random walk. The most basic concept considers being a...
18 pages, 2 figuresInternational audienceFor a homogeneous random walk in the quarter plane with nea...
There are numerous applications in Artificial Intelligence (AI) and Machine Learning (ML) where the ...
What is a random walk? hard to define in general. Better start with an example. Here’s THE example f...
There are numerous applications in Artificial Intelligence (AI) and Machine Learning (ML) where the ...
We analyse a model of random walk on a two-dimensional lattice and on a strip where the probabilitie...