AbstractWe present various techniques to count proportions of permutations with restricted cycle structure in finite permutation groups. For example, we show how a generalized block theory for symmetric groups, developed by Külshammer, Olsson, and Robinson, can be used for such calculations. The paper includes improvements of recurrence relations of Glasby, results on average numbers of fixed points in certain permutations, and a remark on a conjecture of Robinson related to the so-called k(GV)-problem of representation theory. We extend and give alternative proofs for previous results of Erdős and Turán; Glasby; and Beals, Leedham-Green, Niemeyer, Praeger and Seress
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
AbstractA general explicit upper bound is obtained for the proportion P(n,m) of elements of order di...
This paper defines and develops cycle indices for the finite classical groups. These tools are then ...
This monograph provides a self-contained introduction to symmetric functions and their use in enumer...
ABSTRACT. We present various results on multiplying cycles in the symmetric group. One result is a g...
AbstractUsing the character theory of the symmetric group n, an explicit formula is derived for the ...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
We investigate different types of permutation containment, principally by involutions. We give an ex...
AbstractThe number of permutations with given cycle structure and descent set is shown to be equal t...
AbstractIn this paper, we continue a long line of research which shows that many generating function...
Abstract. We give a new expression for the number of factorizations of a full cycle into an ordered ...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
Includes bibliographical references (pages 97-99)The subject of this doctoral thesis is representati...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
AbstractA general explicit upper bound is obtained for the proportion P(n,m) of elements of order di...
This paper defines and develops cycle indices for the finite classical groups. These tools are then ...
This monograph provides a self-contained introduction to symmetric functions and their use in enumer...
ABSTRACT. We present various results on multiplying cycles in the symmetric group. One result is a g...
AbstractUsing the character theory of the symmetric group n, an explicit formula is derived for the ...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
We investigate different types of permutation containment, principally by involutions. We give an ex...
AbstractThe number of permutations with given cycle structure and descent set is shown to be equal t...
AbstractIn this paper, we continue a long line of research which shows that many generating function...
Abstract. We give a new expression for the number of factorizations of a full cycle into an ordered ...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
Includes bibliographical references (pages 97-99)The subject of this doctoral thesis is representati...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...
We present various results on multiplying cycles in the symmetric group. One result is a generalisat...