activity
20042026
most citedA Meinardus theorem with multiple singularities

21 citations · 29 across the 13 of their papers we have counts for

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7 papers · 1 filter

math.CO2026

Poisson approximations of the number of fixed points in random multiset permutations

Dudley Stark

For ordinary permutations on letters, the distribution of the number of fixed points of random permutations is well known to approach the Poisson distribution in total var…

math.CO2016

Poisson approximation of counts of subgraphs in random intersection graphs

Katarzyna Rybarczyk, Dudley Stark

Random intersection graphs are characterized by three parameters: , and , where is the number of vertices, is the number of objects, and is the probability th…

math.CO2016

The probability of nonexistence of a subgraph in a moderately sparse random graph

Dudley Stark, Nick Wormald

We develop a general procedure that finds recursions for statistics counting isomorphic copies of a graph in the common random graph models and ${\cal G}(n,p)…

math.CO2007

Asymptotic enumeration of 2-covers and line graphs

Peter Cameron, Thomas Prellberg, Dudley Stark

In this paper we find asymptotic enumerations for the number of line graphs on -labelled vertices and for different types of related combinatorial objects called 2-covers. We fi…

math.CO2005★ 3 cited

Asymptotic enumeration of incidence matrices

Peter Cameron, Thomas Prellberg, Dudley Stark

We discuss the problem of counting {\em incidence matrices}, i.e. zero-one matrices with no zero rows or columns. Using different approaches we give three different proofs for the…

math.CO2005★ 1 cited

Asymptotics for incidence matrix classes

Peter Cameron, Thomas Prellberg, Dudley Stark

We define {\em incidence matrices} to be zero-one matrices with no zero rows or columns. A classification of incidence matrices is considered for which conditions of symmetry by tr…