the Odlyzko reference. a(n) is asymptotic to b^n*exp(b-n-1/2)/sqrt(ln(n)) where b satisfies b*ln(b) = n - 1/2 (see Graham, Knuth and Patashnik, Concrete Mathematics, 2nd ed., p. 493) - Benoit Cloitre (abcloitre(AT)wanadoo.fr), Oct 23 2002 Maple: A000110:= (0)

by g
Venue:version 1 A:=series(exp(exp(x)-1),x,60); A000110:=n->n!*coeff(A,x,n); # version 2 with(combstruct); spec:=[S, {S=Set(U,card >= 1), U=Set(Z, card >= 1)},labeled]; [seq(combstruct[count](spec, size=n), n=0..40)]; Math'ca: f[n_] := Sum[ StirlingS2[n, k], {k,
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Mathematics by Experiment: Plausible Reasoning in the 21st Century, extended second edition, A K

by Jonathan M. Borwein - 2008. EXPERIMENTATION AND COMPUTATION 19 , 2008
"... If mathematics describes an objective world just like physics, there is no reason why inductive methods should not be applied in mathematics just the same as in physics. (Kurt Gödel, 1951) Paper Revised 09–09–04 This paper is an extended version of a presentation made at ICME10, related work is elab ..."
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If mathematics describes an objective world just like physics, there is no reason why inductive methods should not be applied in mathematics just the same as in physics. (Kurt Gödel, 1951) Paper Revised 09–09–04 This paper is an extended version of a presentation made at ICME10, related work is elaborated in references [1–7]. 1 I shall generally explore experimental and heuristic mathematics and give (mostly) accessible, primarily visual and symbolic, examples. The emergence of powerful mathematical computing environments like Maple and Matlab, the growing