2-Complement of Doubly Connected Domination

If the dominating set D of a graph G = (V, E) is a doubly connected dominating set (dcd-set), then < V/D > and < D > are connected. The minimum cardinality of the dcd-set in G is the dcd number, and it is represented by γ_cc(G). Assuming that P = (W1, W2) is the partition of V from an edge set E(G), eliminate the edges between W2 and W1 in G and join the non-adjacent edges between W1 and W2 that are in G. The graph G_2^P thus obtained is called the 2-complement of G with respect to rPr. The minimum cardinality of a 2-complement of a dcd-set is called the 2-complement of dcd number of G and is represent- ed by γ_cc(G_2^P). In this document, bounds for γ_cc(G_2^P) and exact values of some stand graphs are also found.

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Publication Details

Journal
Panamerican mathematical journal.
Published
2025-03-20
DOI
https://doi.org/10.52783/pmj.v35.i3s.4378
Primary Topic
Game Theory and Voting Systems
Type
article
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article

2-Complement of Doubly Connected Domination

T. Brindha
Panamerican mathematical journal.
Game Theory and Voting Systems
article

2-Complement of Doubly Connected Domination

T. Brindha
article en

Abstract

If the dominating set D of a graph G = (V, E) is a doubly connected dominating set (dcd-set), then < V/D > and < D > are connected. The minimum cardinality of the dcd-set in G is the dcd number, and it is represented by γ_cc(G). Assuming that P = (W1, W2) is the partition of V from an edge set E(G), eliminate the edges between W2 and W1 in G and join the non-adjacent edges between W1 and W2 that are in G. The graph G_2^P thus obtained is called the 2-complement of G with respect to rPr. The minimum cardinality of a 2-complement of a dcd-set is called the 2-complement of dcd number of G and is represent- ed by γ_cc(G_2^P). In this document, bounds for γ_cc(G_2^P) and exact values of some stand graphs are also found.

Panamerican mathematical journal.Vol. 35(3s)
Openalex Percentile: Top 91%
Game Theory and Voting Systems
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2-Complement of Doubly Connected Domination — T. Brindha · Panamerican mathematical journal. (2025) | TGRS Research Map | TGRS