Let [f.sub.i-1,j] be the polynomial in (1.2) and [G.sub.w] the Schubert polynomial for a permutation w in the symmetric group
To use the symmetry of an image in the process of creating holograms to reduce the computational complexity, it is necessary to calculate the maximum symmetric group
of the image.
We write [S.sub.n] for the symmetric group
Key Words: Symmetric Group
, Character Table and Triangular Group.
Rule 2: For any arriving HC request, SHM must first search the wavelengths of the symmetric group
to find one to construct the HC.
The interval structure of the Bruhat order on the symmetric group
is not well understood.
In this paper we study those generic intervals in the Bruhat order of the symmetric group
that are isomorphic to the principal order ideal of a permutation w, and consider when the minimum and maximum elements of those intervals are related by a certain property of their reduced words.
First we determine a symmetric group
of scaling transformations
Among their topics are the probabilistic zeta function, computing covers of Lie algebras, enumerating subgroups of the symmetric group
, groups of minimal order that are not n-power closed, the covering number of small alternating groups, geometric algorithms to resolve Bieberbach groups, the non-abelian tensor product of soluble minimax groups, and the short rewriting systems of finite groups.
In this work, the notion of palindromic permutations and generalized Smarandache palindromic permutations are introduced and studied using the symmetric group
on the set N and this can now be viewed as the study of some palindromes and generalized Smarandache palindromes of numbers.
We also show that the afore-mentioned function g is a generating function for the number of homocyclic permutations in the symmetric group