%I M3080 #16 Jul 06 2015 06:20:38
%S 3,21,32,79,144,155,173,202,220,231,401,524,542,553,600,922,987,998,
%T 1016,1045,1063,1074,1121,1139,1150,1168,1186,1197,1215,1244,1367,
%U 1385,1396,1443,1508,1519,1537,1566,1584,1595,1765,2608,2731,2749,2760,2807,3129
%N Related to representations as sums of Fibonacci numbers.
%C Common value of A003231(x) and A003234(x) for x in A006132 (see Table 1 p. 357 in Carlitz link). - _Michel Marcus_, Feb 02 2014
%D N. J. A. Sloane and Simon Plouffe, The Encyclopedia of Integer Sequences, Academic Press, 1995 (includes this sequence).
%H L. Carlitz, R. Scoville and T. Vaughan, <a href="http://www.fq.math.ca/Scanned/11-4/carlitz.pdf">Some arithmetic functions related to Fibonacci numbers</a>, Fib. Quart., 11 (1973), 337-386.
%F a(n) = A003231(A006132(n)) = A003234(A006132(n)). - _Michel Marcus_, Feb 02 2014
%o (PARI) A001950(n) = floor(n*(sqrt(5)+3)/2); \\ b
%o A003231(n) = floor(n*(sqrt(5)+5)/2); \\ c
%o iss(n) = A003231(A001950(n)) == A001950(A003231(n)) - 1;
%o lista(nn) = {v003231 = vector(nn, i, floor(i*(sqrt(5)+5)/2)); v003234 = select(n->iss(n), vector(5*nn, i, i)); for (n=1, nn, if (v003231[n] == v003234[n], print1(v003231[n], ", ")););} \\ _Michel Marcus_, Feb 02 2014
%K nonn
%O 1,1
%A _N. J. A. Sloane_.
%E More terms from _Michel Marcus_, Feb 02 2014