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20092020
most citedProximity in Triangulations and Quadrangulations

2 citations · 2 across the 5 of their papers we have counts for

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7 papers · 1 filter

math.CO2020

On the maximum diameter of -colorable graphs

Éva Czabarka, Inne Singgih, László A. Székely

Erdős, Pach, Pollack and Tuza [J. Combin. Theory, B 47, (1989), 279-285] conjectured that the diameter of a -free connected graph of order and minimum degree …

math.CO2020

An infinite antichain of planar tanglegrams

Éva Czabarka, Stephen J. Smith, László A. Székely

Contrary to the expectation arising from the tanglegram Kuratowski theorem of É. Czabarka, L.A. Székely and S. Wagner [SIAM J. Discrete Math. 31(3): 1732--1750, (2017)], we constru…

math.CO2020

Minimum Wiener Index of Triangulations and Quadrangulations

Éva Czabarka, Trevor Olsen, Stephen Smith +1

The Wiener index of a connected graph is the sum of the distances between all unordered pairs of vertices. We provide formulae for the minimum Wiener index of simple triangulations…

math.CO2020★ 2 cited

Proximity in Triangulations and Quadrangulations

Éva Czabarka, Peter Dankelmann, Trevor Olsen +1

Let be a connected graph. If denotes the arithmetic mean of the distances from to all other vertices of , then the proximity, , of is defined as t…

math.CO2019

The Steiner distance problem for large vertex subsets in the hypercube

Éva Czabarka, Josiah Reiswig, László Székely

We find the asymptotic behavior of the Steiner k-diameter of the -cube if is large. Our main contribution is the lower bound, which utilizes the probabilistic method.

math.CO2018

Midrange crossing constants for graphs classes

Éva Czabarka, Josiah Reiswig, László Székely +1

For positive integers and , let be the minimum crossing number (the standard planar crossing number) taken over all graphs with vertices and at least edges.…