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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 2022Show all

7 papers · 1 filter

math.CO2022★ 1 cited

Bounding the Mostar index

Štefko Miklavič, Johannes Pardey, Dieter Rautenbach +1

Došlić et al. defined the Mostar index of a graph as , where, for an edge of , the term denotes the number…

math.CO2022★ 2 cited

Maximizing the Mostar index for bipartite graphs and split graphs

Štefko Miklavič, Johannes Pardey, Dieter Rautenbach +1

Došlić et al.~defined the Mostar index of a graph as , where, for an edge of , the term denotes the number of ve…

math.CO2022

Majority Edge-Colorings of Graphs

Felix Bock, Rafał Kalinowski, Johannes Pardey +3

We propose the notion of a majority -edge-coloring of a graph , which is an edge-coloring of with colors such that, for every vertex of , at most half the edge…

math.CO2022

Relating the independence number and the dissociation number

Felix Bock, Johannes Pardey, Lucia D. Penso +1

The independence number and the dissociation number of a graph are the largest orders of induced subgraphs of of maximum degree at most and at mo…

math.CO2022

Efficiently recognizing graphs with equal independence and annihilation numbers

Johannes Rauch, Dieter Rautenbach

The annihilation number of a graph is an efficiently computable upper bound on the independence number of . Recently, Hiller observed that a characterization o…

math.CO2022

A bound on the dissociation number

Felix Bock, Johannes Pardey, Lucia D. Penso +1

The dissociation number of a graph is the maximum order of a set of vertices of inducing a subgraph that is of maximum degree at most . Computing the dis…