activity
20092026
most citedCatching the k-NAESAT Threshold

52 citations · 224 across the 34 of their papers we have counts for

collaborators

45 papers

math.CO2026

Limit Laws for Consensus Protocols on the Complete Graph

Julian Becker, Konstantinos Panagiotou

We study a distributed consensus problem on a complete communication network of vertices, each holding one of two opinions. The vertices communicate in rounds, possibly in the…

math.CO2026

Improved Universal Graphs for Trees

Julian Becker, Konstantinos Panagiotou, Matija Pasch

A graph is universal for a class of graphs , if, up to isomorphism, contains every graph in as a subgraph. In 1978, Chung and Graham asked for th…

math.PR2024

Limit Laws for Critical Dispersion on Complete Graphs

Umberto De Ambroggio, Tamás Makai, Konstantinos Panagiotou +1

We consider a synchronous process of particles moving on the vertices of a graph , introduced by Cooper, McDowell, Radzik, Rivera and Shiraga (2018). Initially, particles ar…

math.CO2023★ 1 cited

Colouring random graphs: Tame colourings

Annika Heckel, Konstantinos Panagiotou

Given a graph G, a colouring is an assignment of colours to the vertices of G so that no two adjacent vertices are coloured the same. If all colour classes have size at most t, the…

math.PR2023★ 2 cited

Dispersion on the Complete Graph

Umberto De Ambroggio, Tamás Makai, Konstantinos Panagiotou

We consider a synchronous process of particles moving on the vertices of a graph , introduced by Cooper, McDowell, Radzik, Rivera and Shiraga (2018). Initially, particles ar…

math.PR2022

Cluster Statistics in Expansive Combinatorial Structures

Konstantinos Panagiotou, Leon Ramzews

We develop a simple and unified approach to investigate several aspects of the cluster statistics of random expansive (multi-)sets. In particular, we determine the limiting distrib…