activity
20102026
most citedAssortativity and clustering of sparse random intersection graphs

45 citations · 55 across the 13 of their papers we have counts for

collaborators

14 papers

math.PR2026

An asymptotically optimal bound for the concentration function of a sum of independent integer random variables

Valentas Kurauskas

For a random variable define . Let be independent integer random variables. Suppose …

math.CO2025

Rearrangements of distributions on integers that minimize variance

Aistis Atminas, Valentas Kurauskas

Which permutations of a probability distribution on integers minimize variance? Let be a random variable on a set of integers such that $\mathbb{P}(X_i =…

math.PR2023

Anticoncentration of random vectors via the strong perfect graph theorem

Tomas Juškevičius, Valentas Kurauskas

In this paper we give anticoncentration bounds for sums of independent random vectors in finite-dimensional vector spaces. In particular, we asymptotically establish a conjecture o…

math.CO2022

A note on estimating global subgraph counts by sampling

Svante Janson, Valentas Kurauskas

We give a simple proof of a generalization of an inequality for homomorphism counts by Sidorenko (1994). A special case of our inequality says that if denotes the degree of a…

math.PR2019★ 1 cited

On Littlewood-Offord theory for arbitrary distributions

Tomas Juškevičius, Valentas Kurauskas

Let be independent identically distributed random vectors in . We consider upper bounds on under various…

math.CO2018

Symmetric road interchanges

Valentas Kurauskas, Ugnė Šiurienė

A road interchange where roads meet and in which the drivers are not allowed to change lanes can be modelled as an embedding of a 2-coloured (hence bipartite) multigraph wi…

math.CO2016★ 2 cited

On the genus of the complete tripartite graph

Valentas Kurauskas

For even we prove that the genus of the complete tripartite graph is . This is the least number of bridges needed to build a complete $…

physics.soc-ph2016

Clustering coefficient of random intersection graphs with infinite degree variance

Mindaugas Bloznelis, Valentas Kurauskas

For a random intersection graph with a power law degree sequence having a finite mean and an infinite variance we show that the global clustering coefficient admits a tunable asymp…

math.CO2015

On graphs containing few disjoint excluded minors. Asymptotic number and structure of graphs containing few disjoint minors K4

Valentas Kurauskas

Let be a minor-closed class of graphs with a set of minimal excluded minors. We study (a) the asymptotic number of graphs without di…

math.PR2015★ 1 cited

On local weak limit and subgraph counts for sparse random graphs

Valentas Kurauskas

We use an inequality of Sidorenko to show a general relation between local and global subgraph counts and degree moments for locally weakly convergent sequences of sparse random gr…

math.CO2013

Large cliques in sparse random intersection graphs

Mindaugas Bloznelis, Valentas Kurauskas

Given positive integers n and m, and a probability measure P on {0, 1, ..., m} the random intersection graph G(n,m,P) on vertex set V = {1,2, ..., n} and with attribute set W = {w_…

math.PR2012★ 45 cited

Assortativity and clustering of sparse random intersection graphs

Mindaugas Bloznelis, Jerzy Jaworski, Valentas Kurauskas

We consider sparse random intersection graphs with the property that the clustering coefficient does not vanish as the number of nodes tends to infinity. We find explicit asymptoti…

stat.AP2012★ 5 cited

Clustering function: a measure of social influence

Mindaugas Bloznelis, Valentas Kurauskas

A commonly used characteristic of statistical dependence of adjacency relations in real networks, the clustering coefficient, evaluates chances that two neighbours of a given verte…

math.CO2010★ 1 cited

Random graphs with few disjoint cycles

Valentas Kurauskas, Colin McDiarmid

The classical Erdős-Pósa theorem states that for each positive integer k there is an f(k) such that, in each graph G which does not have k+1 disjoint cycles, there is a blocker of…