Domination and independence number of large $2$-crossing-critical graphs
Vesna Ir\v{s}i\v{c}, Maru\v{s}a Lek\v{s}e, Mihael Pa\v{c}nik, Petra, Podlogar, Martin Pra\v{c}ek

TL;DR
This paper establishes precise bounds on the domination and independence numbers of large 3-connected 2-crossing-critical graphs, a significant subclass of graphs characterized in recent years.
Contribution
It provides the first sharp upper and lower bounds for these parameters in large 3-connected 2-crossing-critical graphs, advancing understanding of their structural properties.
Findings
Established sharp bounds for domination number
Established sharp bounds for independence number
Enhanced understanding of large 2-crossing-critical graphs
Abstract
After -crossing-critical graphs were characterized in 2016, their most general subfamily, large -connected -crossing-critical graphs, has attracted separate attention. This paper presents sharp upper and lower bounds for their domination and independence number.
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Taxonomy
TopicsAdvanced Graph Theory Research · Interconnection Networks and Systems · Carbon and Quantum Dots Applications
