A295898 -id:A295898 - cp's OEIS frontend

A304555 Number of total dominating sets in the n X n bishop graph.

0, 1, 144, 20449, 14758132, 39638819025, 396238966098460, 14867893869236421601, 2126342662340665160447328, 1176421647617108793775585682449, 2547608710158562394293642194477846120, 21773677331809613734748132667414036666780625, 738425493702654527284576776819226860610509488122044

Offset: 1

Eric W. Weisstein, May 14 2018

nonn

Andrew Howroyd, Table of n, a(n) for n = 1..30
Eric Weisstein's World of Mathematics, Bishop Graph.
Eric Weisstein's World of Mathematics, Total Dominating Set.

Cf. A295898, A303145, A303147, A321673, A321674.

a(n) = A303145(n) * A303147(n) for n > 1. - Andrew Howroyd, May 19 2018

a(6)-a(10) from Andrew Howroyd, May 19 2018

a(11) onwards from Andrew Howroyd, May 16 2025

A295899 Number of minimal dominating sets in the n X n bishop graph.

Original entry on oeis.org

1, 4, 30, 361, 6552, 180625, 6768900, 330039889, 20267217352, 1535068962441

Offset: 1

Eric W. Weisstein, Nov 29 2017

Eric Weisstein's World of Mathematics, Bishop Graph
Eric Weisstein's World of Mathematics, Minimal Dominating Set

Cf. A182333, A286886, A287897, A290714, A295898.

a(n) = A286886(n) * A287897(n). - Andrew Howroyd, Nov 30 2017

a(6)-a(10) from Andrew Howroyd, Nov 30 2017

cp's OEIS Frontend

A304555 Number of total dominating sets in the n X n bishop graph.

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