Table for CAN(2,k,3) for k up to 20000

Last Updated Sat Feb 22 09:21:55 MST 2014

Locate the k in the first column that is at least as large as the number of factors in which you are interested. Then let N be the number of rows (tests) given in the second column. A CA(N;2,k,3) exists according to a construction in the reference (cryptically) given in the third column. The accompanying graph plots N vertically against log k (base 10).

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k N Source 4 9 orthogonal array 5 11 Derive from strength 3 7 12 simulated annealing (Cohen) 9 13 simulated annealing (Cohen) 10 14 simulated annealing (Cohen) 20 15 tabu search (Nurmela) 21 16 tabu search (Zekaoui) 28 17 simulated annealing (Torres-Jimenez) 33 18 simulated annealing (Torres-Jimenez) 39 19 simulated annealing (Torres-Jimenez) 48 20 simulated annealing (Torres-Jimenez) 92 21 simulated annealing (Torres-Jimenez) 101 22 simulated annealing (Torres-Jimenez) 122 23 simulated annealing (Torres-Jimenez) 146 24 simulated annealing (Torres-Jimenez) 181 25 simulated annealing (Torres-Jimenez) 248 26 simulated annealing (Torres-Jimenez) 401 27 simulated annealing (Torres-Jimenez) 443 28 simulated annealing (Torres-Jimenez) 601 29 simulated annealing (Torres-Jimenez) 692 30 simulated annealing (Torres-Jimenez) 883 31 simulated annealing (Torres-Jimenez) 1118 32 simulated annealing (Torres-Jimenez) 1833 33 simulated annealing (Torres-Jimenez) 2000 34 simulated annealing (Torres-Jimenez) 2601 35 simulated annealing (Torres-Jimenez) 2964 36 simulated annealing (Torres-Jimenez) 3337 37 simulated annealing (Torres-Jimenez) 4528 38 PCAx2PCA 7980 39 PCAxPCA 8700 40 simulated annealing (Torres-Jimenez) 10886 41 simulated annealing (Torres-Jimenez) 12618 42 PCAxPCA 16046 43 PCAxPCA 20000 44 PCAxPCA

Graph: