Definition of Semigroups. Meaning of Semigroups. Synonyms of Semigroups

Here you will find one or more explanations in English for the word Semigroups. Also in the bottom left of the page several parts of wikipedia pages related to the word Semigroups and, of course, Semigroups synonyms and on the right images related to the word Semigroups.

Definition of Semigroups

No result for Semigroups. Showing similar results...

Meaning of Semigroups from wikipedia

- semigroup is ****ociated to any equation whose spatial evolution is independent of time. There are numerous special classes of semigroups, semigroups with...
- semigroups: a regular semigroup S is locally inverse if eSe is an inverse semigroup, for each idempotent e. Orthodox semigroups: a regular semigroup S...
- inverse semigroups are a subclass of *-semigroups. It is also textbook knowledge that an inverse semigroup can be characterized as a regular semigroup in which...
- authors see no distinction between faithful semigroup actions and transformation semigroups. Transformation semigroups are of essential importance for the structure...
- would make the semigroup uniformly continuous). Analytic semigroups, (eventually) differentiable semigroups and (eventually) compact semigroups are all eventually...
- a semigroup with two elements is a semigroup for which the cardinality of the underlying set is two. There are exactly five nonisomorphic semigroups having...
- an I-semigroup and a *-semigroup. A class of semigroups important in semigroup theory are completely regular semigroups; these are I-semigroups in which...
- the set. Numerical semigroups are commutative monoids and are also known as numerical monoids. The definition of numerical semigroup is intimately related...
- study of cancellative semigroups can be traced to the first substantial paper on semigroups, (Suschkewitsch 1928). Let S be a semigroup. An element a in S...
- classical, group-based permutations generalizes to symmetric inverse semigroups by the addition of a notion called a path, which (unlike a cycle) ends...