arXiv Analytics

Sign in

arXiv:0904.0431 [math.CO]AbstractReferencesReviewsResources

Hamilton cycles in 3-out

Tom Bohman, Alan Frieze

Published 2009-04-02, updated 2020-08-26Version 2

Let G_{\rm 3-out} denote the random graph on vertex set [n] in which each vertex chooses 3 neighbors uniformly at random. Note that G_{\rm 3-out} has minimum degree 3 and average degree 6. We prove that the probability that G_{\rm 3-out} is Hamiltonian goes to 1 as n tends to infinity.

Comments: We removed an annoying typo in equation (17)
Categories: math.CO, math.PR
Related articles: Most relevant | Search more
arXiv:2204.10119 [math.CO] (Published 2022-04-21)
Bipartite graphs with no $K_6$ minor
arXiv:1511.07274 [math.CO] (Published 2015-11-23)
The number of trees in a graph
arXiv:1107.2201 [math.CO] (Published 2011-07-12)
A Size Bound for Hamilton Cycles