Table for CAN(3,k,10) for k up to 10000

Last Updated Fri Nov 15 21:02:44 MST 2019

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;3,k,10) 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 1000 Derive from strength 4 5 1050 Li-Ji-Yin 6 1100 Ji-Yin 10 1215 ordered design (CCL) 11 1292 orthogonal array fuse postop NCK 12 1299 orthogonal array fuse postop NCK 13 1858 orthogonal array fuse fuse fuse postop NCK 14 1885 orthogonal array fuse fuse fuse postop NCK 16 2223 Chateauneuf-Kreher doubling 18 2232 Chateauneuf-Kreher doubling 20 2250 Chateauneuf-Kreher doubling 21 2334 Chateauneuf-Kreher doubling postop NCK 22 2335 Chateauneuf-Kreher doubling postop NCK 24 2343 Chateauneuf-Kreher doubling 25 2557 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 26 2558 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 27 2564 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 28 2579 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 30 2584 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 32 2589 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 35 2599 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 37 2607 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 41 2618 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 47 2621 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 50 2628 SCPHF (Sherwood-Martirosyan-Colbourn) fuse postop NCK 113 2649 SCPHF LFSR (TJ-IM) fuse 133 2659 Raaphorst-Moura-Stevens fuse 134 3559 Add a factor 362 3610 Cyclotomy (Torres-Jimenez) 398 4376 Cyclotomy (Colbourn) fuse 428 5179 Path-Restricted SCPHF RE (CLS) fuse 522 5210 Cyclotomy (Colbourn) 550 5289 SCPHF Conditional Expectation (CLS) fuse 572 5710 Cyclotomy (Colbourn) 665 5731 Cohen-Colbourn-Ling 678 5837 Cohen-Colbourn-Ling 798 5847 Cohen-Colbourn-Ling 1130 6062 Cohen-Colbourn-Ling 1320 6072 Cohen-Colbourn-Ling 1452 6149 Cohen-Colbourn-Ling 1463 6179 Colbourn-Martirosyan-TVT-Walker 1572 6233 Cohen-Colbourn-Ling 1596 6244 Cohen-Colbourn-Ling 1729 6935 Cohen-Colbourn-Ling 1824 7206 Cohen-Colbourn-Ling 1884 7217 Cohen-Colbourn-Ling 1920 7228 Cohen-Colbourn-Ling 1946 7283 Cohen-Colbourn-Ling 2028 7305 Cohen-Colbourn-Ling 2078 7391 Cohen-Colbourn-Ling 2184 7404 Cohen-Colbourn-Ling 2196 7492 Cohen-Colbourn-Ling 2221 7499 Cohen-Colbourn-Ling 2340 7503 Cohen-Colbourn-Ling 2436 7547 Cohen-Colbourn-Ling 2460 7569 Cohen-Colbourn-Ling 2496 7602 Cohen-Colbourn-Ling 2600 7628 Cohen-Colbourn-Ling 2664 7646 Cohen-Colbourn-Ling 2808 7657 Cohen-Colbourn-Ling 2844 7690 Cohen-Colbourn-Ling 2860 7705 Cohen-Colbourn-Ling 2862 7709 Path-Restricted SCPHF RE (CLS) fuse 3120 7712 Cohen-Colbourn-Ling 3276 7789 Cohen-Colbourn-Ling 3432 7833 Cohen-Colbourn-Ling 3588 7888 Cohen-Colbourn-Ling 3620 7914 Cohen-Colbourn-Ling 4830 7929 SCPHF Conditional Expectation (CLS) fuse 4898 8699 Path-Restricted SCPHF RE (CLS) fuse 5769 8809 Path-Restricted SCPHF RE (CLS) fuse 6827 8919 Path-Restricted SCPHF RE (CLS) fuse 7927 9029 Path-Restricted SCPHF RE (CLS) fuse 9124 9139 Path-Restricted SCPHF RE (CLS) fuse 10000 9249 SCPHF Random Extension (CLS) fuse

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