activity
20092023
most citedHow to determine if a random graph with a fixed degree sequence has a giant component

18 citations · 46 across the 68 of their papers we have counts for

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Showing 2021Show all

8 papers · 1 filter

math.CO2021

Diameter, edge-connectivity, and -freeness

Vanessa Hiebeler, Johannes Pardey, Dieter Rautenbach

Improving a recent result of Fundikwa, Mazorodze, and Mukwembi, we show that for every connected -free graph of order , diameter , and edge-connectivit…

math.CO2021

Factorially many maximum matchings close to the Erdős-Gallai bound

Stéphane Bessy, Johannes Pardey, Lucas Picasarri-Arrieta +1

A classical result of Erdős and Gallai determines the maximum size of a graph of order and matching number . We show that has factorially many maximum matc…

math.CO2021

Unbalanced spanning subgraphs in edge labeled complete graphs

Stéphane Bessy, Johannes Pardey, Lucas Picasarri-Arrieta +1

Let be a complete graph of order . For , let be a -edge labeling of such that there are edges with label , and let be a sp…

math.CO2021

Almost color-balanced perfect matchings in color-balanced complete graphs

Johannes Pardey, Dieter Rautenbach

For a graph and a not necessarily proper -edge coloring , let be the number of edges of of color , and call {\it color-balance…

cs.DS2021

FPT algorithms for packing -safe spanning rooted sub(di)graphs

Stéphane Bessy, Florian Hörsch, Ana Karolinna Maia +2

We study three problems introduced by Bang-Jensen and Yeo [Theor. Comput. Sci. 2015] and by Bang-Jensen, Havet, and Yeo [Discret. Appl. Math. 2016] about finding disjoint "balanced…

math.CO2021

Maximally distance-unbalanced trees

Marie Kramer, Dieter Rautenbach

For a graph , and two distinct vertices and of , let be the number of vertices of that are closer in to than to . Miklavič and Šparl (arXiv:…