We consider particular compatible orders on a given completely simple semigroup Sx=M((x);I,Λ;P) where (x) is an ordered cyclic group with x > 1 and P11=x-1. Of these, only the lexicographic and bootlace orders yield residuated semigroups. With the lexicographic order, Sx is orthodox and has a biggest idempotent. With the bootlace order, the maximal idempotents of Sx are identified by specific locations in the sandwich matrix. In the orthodox case there is also a biggest idempotent and, for sandwich matrices of a given size, uniqueness up to ordered semigroup isomorphism is established.</p
Abstract. Let [n] = {1, 2,..., n} be ordered in the standard way. The order-preserving full transfo...
For a semigroup \(S\), let \(S1\) be the semigroup obtained from \(S\) by adding a new symbol 1 as i...
For a semigroup \(S\), let \(S1\) be the semigroup obtained from \(S\) by adding a new symbol 1 as i...
We consider particular compatible orders on a given completely simple semigroup Sx=M((x);I,Λ;P) wher...
We consider an ordered completely simple semigroup S = M(G; I, A; P) which is non-degenerate in the ...
We consider an ordered completely simple semigroup S = M(G; I, A; P) which is non-degenerate in the ...
Fountain, Gould and Smith introduced the concept of equivalence of orders in a semi-group and the no...
Fountain, Gould and Smith introduced the concept of equivalence of orders in a semigroup and the not...
Let ${\cal T}_X$ be the full transformation semigroup on the nonempty set $X$. We fix a nonempty sub...
Let ${\cal T}_X$ be the full transformation semigroup on the nonempty set $X$. We fix a nonempty sub...
Let ${\cal T}_X$ be the full transformation semigroup on the nonempty set $X$. We fix a nonempty sub...
Inspired by the ring theory concepts of orders and classical rings of quotients, Fountain and Petric...
AbstractIt is well known that the free group on a non-empty set can be totally ordered and, further,...
The intra-regular ordered semigroups are semilattices of simple semigroups. The decomposition of int...
A semigroup S is called F−semigroup if there exists a group congruence ρ on S such that every ρ −cla...
Abstract. Let [n] = {1, 2,..., n} be ordered in the standard way. The order-preserving full transfo...
For a semigroup \(S\), let \(S1\) be the semigroup obtained from \(S\) by adding a new symbol 1 as i...
For a semigroup \(S\), let \(S1\) be the semigroup obtained from \(S\) by adding a new symbol 1 as i...
We consider particular compatible orders on a given completely simple semigroup Sx=M((x);I,Λ;P) wher...
We consider an ordered completely simple semigroup S = M(G; I, A; P) which is non-degenerate in the ...
We consider an ordered completely simple semigroup S = M(G; I, A; P) which is non-degenerate in the ...
Fountain, Gould and Smith introduced the concept of equivalence of orders in a semi-group and the no...
Fountain, Gould and Smith introduced the concept of equivalence of orders in a semigroup and the not...
Let ${\cal T}_X$ be the full transformation semigroup on the nonempty set $X$. We fix a nonempty sub...
Let ${\cal T}_X$ be the full transformation semigroup on the nonempty set $X$. We fix a nonempty sub...
Let ${\cal T}_X$ be the full transformation semigroup on the nonempty set $X$. We fix a nonempty sub...
Inspired by the ring theory concepts of orders and classical rings of quotients, Fountain and Petric...
AbstractIt is well known that the free group on a non-empty set can be totally ordered and, further,...
The intra-regular ordered semigroups are semilattices of simple semigroups. The decomposition of int...
A semigroup S is called F−semigroup if there exists a group congruence ρ on S such that every ρ −cla...
Abstract. Let [n] = {1, 2,..., n} be ordered in the standard way. The order-preserving full transfo...
For a semigroup \(S\), let \(S1\) be the semigroup obtained from \(S\) by adding a new symbol 1 as i...
For a semigroup \(S\), let \(S1\) be the semigroup obtained from \(S\) by adding a new symbol 1 as i...