Given a group $X$ we study the algebraic structure of the compact right-topological semigroup $G(X)$ consisting of inclusion hyperspaces on $X$. This semigroup contains the semigroup $\lambda(X)$ of maximal linked systems as a closed subsemigroup. We construct a faithful representation of the semigroups $G(X)$ and $\lambda(X)$ in the semigroup $\mathbf P(X)^{\mathbf P(X)}$ of all self-maps of the power-set $\mathbf P(X)$. Using this representation we prove that each minimal left ideal of $\lambda(X)$ is topologically isomorphic to a minimal left ideal of the semigroup $\mathbf{pT}^{\mathbf{pT}}$, where by $\mathbf{pT}$ we denote the family of pretwin subsets of $X$
International audienceOne of the central research tasks in the theory of compact semitopological sem...
Suppose V is an infinite-dimensional vector space and let T(V ) denote the semigroup (under composi...
Let Y be a fixed non-empty subset of a set X and let T(X,Y) denote the semigroup of all total transf...
Given a group $X$ we study the algebraic structure of the compactright-topological semigroup $G(X)$ ...
AbstractWe consider the Stone-Čech compactification βS of a countably infinite discrete commutative ...
Abstract. Using the tools introduced in [2] we investigate topological semigroup compactifications o...
summary:Let $S$ be topological semigroup, we consider an appropriate semigroup compactification $\...
We view the well-known example of the dual of a countable compact hypergroup, motivated by the orbit...
Abstract. We give some generalizations of proximal relation and distal structure relation of a trans...
Let $X$ be any set and $P(X)$ the set of all partial transformations defined on $X$, that is, all fu...
The semigroup of all partial maps on a set under the operation of composition admits a number of ope...
Let $X$ be any set and $P(X)$ the set of all partial transformations defined on $X$, that is, all fu...
Let $X$ be any set and $P(X)$ the set of all partial transformations defined on $X$, that is, all fu...
Let $X$ be any set and $P(X)$ the set of all partial transformations defined on $X$, that is, all fu...
AbstractLet (T,+) be a Hausdorff semitopological semigroup, S be a dense subsemigroup of T and e be ...
International audienceOne of the central research tasks in the theory of compact semitopological sem...
Suppose V is an infinite-dimensional vector space and let T(V ) denote the semigroup (under composi...
Let Y be a fixed non-empty subset of a set X and let T(X,Y) denote the semigroup of all total transf...
Given a group $X$ we study the algebraic structure of the compactright-topological semigroup $G(X)$ ...
AbstractWe consider the Stone-Čech compactification βS of a countably infinite discrete commutative ...
Abstract. Using the tools introduced in [2] we investigate topological semigroup compactifications o...
summary:Let $S$ be topological semigroup, we consider an appropriate semigroup compactification $\...
We view the well-known example of the dual of a countable compact hypergroup, motivated by the orbit...
Abstract. We give some generalizations of proximal relation and distal structure relation of a trans...
Let $X$ be any set and $P(X)$ the set of all partial transformations defined on $X$, that is, all fu...
The semigroup of all partial maps on a set under the operation of composition admits a number of ope...
Let $X$ be any set and $P(X)$ the set of all partial transformations defined on $X$, that is, all fu...
Let $X$ be any set and $P(X)$ the set of all partial transformations defined on $X$, that is, all fu...
Let $X$ be any set and $P(X)$ the set of all partial transformations defined on $X$, that is, all fu...
AbstractLet (T,+) be a Hausdorff semitopological semigroup, S be a dense subsemigroup of T and e be ...
International audienceOne of the central research tasks in the theory of compact semitopological sem...
Suppose V is an infinite-dimensional vector space and let T(V ) denote the semigroup (under composi...
Let Y be a fixed non-empty subset of a set X and let T(X,Y) denote the semigroup of all total transf...