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We present a local algorithm producing an independent set of expected size $0.44533n$ on large-girth 3-regular graphs and $0.40407n$ on large-girth 4-regular graphs.
The independence ratio of regular graphs
Béla Bollobás · 1981
Earlier work this paper cites.
Maximum bipartite subgraphs of regular graphs with large girth
Brendan D McKay · 1982
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A note on the independence number of triangle-free graphs
James B Shearer · 1983
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Independent sets in regular graphs of high girth
B. D. McKay · 1987
Earlier work this paper cites.
Bisection of random cubic graphs
Josep Díaz, Norman Do, MJ Sernal, and Nicholas C Wormald · 2002
Earlier work this paper cites.
Bipartite subgraphs in a random cubic graph
Jan Hladkỳ · 2006
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Properties of graphs with large girth
Carlos Hoppen · 2008
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A conjecture on the maximum cut and bisection width in random regular graphs
Lenka Zdeborová and Stefan Boettcher · 2010
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Fractional colorings of cubic graphs with large girth
František Kardoš, Daniel Král’, and Jan Volec · 2011
Cited alongside, same era.
Maximum edge-cuts in cubic graphs with large girth and in random cubic graphs
František Kardoš, Daniel Král’, and Jan Volec · 2012
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Local algorithms, regular graphs of large girth, and random regular graphs
Carlos Hoppen and Nicholas Wormald · 2013
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Limits of local algorithms over sparse random graphs
David Gamarnik and Madhu Sudan · 2014
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Invariant gaussian processes and independent sets on regular graphs of large girth
Endre Csóka, Balázs Gerencsér, Viktor Harangi, and Bálint Virág · 2015
Later among the works it cites.
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