arXiv:1010.4595 [math.PR]AbstractReferencesReviewsResources
Asymptotic normality of the size of the giant component via a random walk
Published 2010-10-21, updated 2011-04-16Version 2
In this paper we give a simple new proof of a result of Pittel and Wormald concerning the asymptotic value and (suitably rescaled) limiting distribution of the number of vertices in the giant component of $G(n,p)$ above the scaling window of the phase transition. Nachmias and Peres used martingale arguments to study Karp's exploration process, obtaining a simple proof of a weak form of this result. We use slightly different martingale arguments to obtain a much sharper result with little extra work.
Comments: 11 pages; slightly expanded, reference added
Journal: J. Combinatorial Theory B 102 (2012), 53--61
Subjects: 05C80
Keywords: giant component, asymptotic normality, random walk, martingale arguments, study karps exploration process
Tags: journal article
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