We know that almost sure convergence of random variables implies their convergence in distribution. Are there any conditions that would allow us to obtain al- most sure convergence from convergence in distribution? The Skorokhod representation theorem answers this question. We can find representations of the weakly convergent random variables such that they converge almost surely. First, we introduce the needed definitions and lemmata. The main focus of the second chapter is the Skorokhod repre- sentation theorem on the real numbers, its proof and some auxiliary assertions are given. In the final third chapter, we deal with the applications of the theorem to prove some well known and commonly used theorems and to prove some less known theor...
none3noLet $(mu_n:ngeq 0)$ be Borel probabilities on a metric space $S$ such that $mu_n ightarrowm...
Let $S$ be a metric space, $\mathcal{G}$ a $\sigma$-field of subsets of $S$ and $(\mu_n:n\geq 0)$ a ...
We discuss three forms of convergence in distribution which are stronger than the normal weak conver...
We know that almost sure convergence of random variables implies their convergence in distribution. ...
AbstractWe discuss three forms of convergence in distribution which are stronger than the normal wea...
In this paper we deal with the Skorohod representation of a given system of probability measures. Mo...
This note presents a new proof for the convergence of types theorem by using Skorohod's theorem. Thi...
In this paper we deal with the Skorohod representation of a given system of probability measures. Mo...
In this paper, we prove a criterion of convergence in distribution in the Skorokhod space. We apply ...
Let $S$ be a metric space, $mathcalG$ a $sigma$-field of subsets of $S$ and $(mu_n:ngeq 0)$ a sequen...
In this paper, we prove a criterion of convergence in distribution in the Skorokhod space. We apply ...
Let $S$ be a metric space, $mathcalG$ a $sigma$-field of subsets of $S$ and $(mu_n:ngeq 0)$ a sequen...
In this paper, we prove a criterion of convergence in distribution in the Skorokhod space. We apply ...
Let $S$ be a metric space, $mathcalG$ a $sigma$-field of subsets of $S$ and $(mu_n:ngeq 0)$ a sequen...
In this paper, we prove a criterion of convergence in distribution in the Skorokhod space. We apply ...
none3noLet $(mu_n:ngeq 0)$ be Borel probabilities on a metric space $S$ such that $mu_n ightarrowm...
Let $S$ be a metric space, $\mathcal{G}$ a $\sigma$-field of subsets of $S$ and $(\mu_n:n\geq 0)$ a ...
We discuss three forms of convergence in distribution which are stronger than the normal weak conver...
We know that almost sure convergence of random variables implies their convergence in distribution. ...
AbstractWe discuss three forms of convergence in distribution which are stronger than the normal wea...
In this paper we deal with the Skorohod representation of a given system of probability measures. Mo...
This note presents a new proof for the convergence of types theorem by using Skorohod's theorem. Thi...
In this paper we deal with the Skorohod representation of a given system of probability measures. Mo...
In this paper, we prove a criterion of convergence in distribution in the Skorokhod space. We apply ...
Let $S$ be a metric space, $mathcalG$ a $sigma$-field of subsets of $S$ and $(mu_n:ngeq 0)$ a sequen...
In this paper, we prove a criterion of convergence in distribution in the Skorokhod space. We apply ...
Let $S$ be a metric space, $mathcalG$ a $sigma$-field of subsets of $S$ and $(mu_n:ngeq 0)$ a sequen...
In this paper, we prove a criterion of convergence in distribution in the Skorokhod space. We apply ...
Let $S$ be a metric space, $mathcalG$ a $sigma$-field of subsets of $S$ and $(mu_n:ngeq 0)$ a sequen...
In this paper, we prove a criterion of convergence in distribution in the Skorokhod space. We apply ...
none3noLet $(mu_n:ngeq 0)$ be Borel probabilities on a metric space $S$ such that $mu_n ightarrowm...
Let $S$ be a metric space, $\mathcal{G}$ a $\sigma$-field of subsets of $S$ and $(\mu_n:n\geq 0)$ a ...
We discuss three forms of convergence in distribution which are stronger than the normal weak conver...