Abstract
Let \(v \equiv 4 \pmod 6\) and \(v\ge 4\). A canonical Kirkman packing design of order v, denoted by \(\hbox {CKPD}(v)\), is a resolvable packing with \(r=(v-4)/2\) parallel classes such that (i) each parallel class consists of a size 4 block and \((v- 4)/3\) triples; (ii) the leave consists of the union of \((v- 4)/2\) vertex-disjoint edges and a \(K_4\) with no vertices in common with those edges. A canonical Kirkman packing design is said to be doubly resolvable if there exist a pair of orthogonal resolutions. A doubly resolvable packing design is the generalization of the Kirkman square, which is inextricably bound up with the existence of some constant weight codes such as constant composition codes and permutation codes, etc. In this paper, we establish the spectra of doubly resolvable \(\hbox {CKPD}(v)\hbox {s}\) with 36 possible exceptions for v. As its direct application, a class of permutation codes are obtained.
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References
Abel, R.J.R., Colbourn, C.J., Dinitz, J.H.: Mutually orthogonal Latin squares (MOLS). In: Colbourn, C.J., Dinitz, J.H. (eds.) The CRC Handbook of Combinatorial Designs, 2nd edn, pp. 160–193. CRC Press, Boca Raton (2007)
Abel, R.J.R., Chan, N., Colbourn, C.J., Lamken, E.R., Wang, C., Wang, J.: Doubly resolvable nearly Kirkman triple systems. J. Comb. Des. 21, 342–358 (2013)
Abel, R.J.R., Lamken, E.R., Wang, J.: A few more Kirkman squares and doubly resolvable BIBDs with block size 3. Discret. Math. 308, 1102–1123 (2008)
Baker, R.D.: Orthogonal line packings of \(PG_{2^{m-1}} (2)\). J. Comb. Theory Ser. A 36, 245–248 (1984)
Baker, R.D., Wilson, R.M.: Nearly Kirkman triple systems. Util. Math. 11, 289–296 (1977)
Bierbrauer, J., Metsch, K.: A bound on permutation codes. Electron. J. Comb. 20, P6, 12 (2013)
Brouwer, A.E.: Two new nearly Kirkman triple systems. Util. Math. 13, 311–314 (1978)
Cao, H., Du, B.: Kirkman packings \(\text{ KPD }(\{w, s^*\}, v)\). Discret. Math. 281, 83–95 (2004)
Cao, H., Tang, Y.: Kirkman packings designs \(\text{ KPD }(\{3,4\}, v)\). Discret. Math. 279, 121–133 (2004)
Cao, H., Zhu, L.: Kirkman packings \(\text{ KPD }(\{3,5^*\}, v)\). Des. Codes Cryptogr. 26, 127–138 (2002)
Černý, A., Horák, P., Wallis, W.D.: Kirkman’s school project. Discret. Math. 167/168, 189–196 (1997)
Colbourn, C.J., Curran, D., Vanstone, S.A.: Recursive constructions for Kirkman squares with block size 3. Util. Math. 32, 169–174 (1987)
Colbourn, C.J., Horsley, D., Wang, C.: Colouring triples in every way: a conjecture. Quaderni di Matematica 28, 257–286 (2012)
Colbourn, C.J., Kløve, T., Ling, A.C.H.: Permutation arrays for powerline communication and mutually orthogonal Latin squares. IEEE Trans. Inf. Theory 50, 1289–1291 (2004)
Colbourn, C.J., Lamken, E.R., Ling, A.C.H., Mills, W.H.: The existence of Kirkman squares -doubly resolvable \((v,3,1)\)-BIBDs. Des. Codes Cryptogr. 26, 169–196 (2002)
Colbourn, C.J., Ling, A.C.H.: Kirkman school project designs. Discret. Math. 203, 49–60 (1999)
de la Torre, D.R., Colbourn, C.J., Ling, A.C.H.: An application of permutation arrays to block ciphers. Cong. Numer. 145, 5–7 (2000)
Ding, C., Yin, J.: Combinatorial constructions of optimal constant composition codes. IEEE Trans. Inf. Theory 51, 3671–3674 (2005)
Ding, C., Fu, F.W., Kløve, K., Wei, V.W.K.: Constructions of permutation arrays. IEEE Trans. Inf. Theory 48, 977–980 (2002)
Du, J., Abel, R.J.R., Wang, J.: Some new resolvable GDDs with \(k = 4\) and doubly resolvable GDDs with \(k = 3\). Discret. Math. 338, 2105–2118 (2015)
Etzion, T.: Optimal doubly constant weight codes. J. Comb. Des. 16, 137–151 (2008)
Fuji-Hara, R., Vanstone, S.A.: The existence of orthogonal resolutions of lines in \(\text{ AG }(n, q)\). J. Comb. Theory Ser. A 45, 139–147 (1987)
Ling, A.C.H., Zhu, X.J., Colbourn, C.J., Mullin, R.C.: Pairwise balanced designs with consecutive block sizes. Des. Codes Cryptogr. 10, 203–222 (1997)
Mathon, R., Vanstone, S.A.: Doubly resolvable Kirkman systems. Congr. Numer. 29, 611–125 (1980)
Mathon, R., Vanstone, S.A.: On the existence of doubly resolvable Kirkman systems and equidistant permutation arrays. Discret. Math. 30, 157–172 (1980)
Pavlidou, N., Vinck, A.J.H., Yazdani, J., Honary, B.: Power line communications: state of the art and future trends. IEEE Commun. Mag. 41, 34–40 (2003)
Phillips, N.C.K., Wallis, W.D., Rees, R.S.: Kirkman packing and covering designs. J. Comb. Math. Comb. Comput. 28, 299–325 (1998)
Ray-Chaudhuri, D.K., Wilson, R.M.: Solution of Kirkman’s schoolgirl problem. Am. Math. Soc. Symp. Pure Math. 19, 187–203 (1971)
Rees, R., Stinson, D.R.: On resolvable group-divisible designs with block size three. Ars Comb. 23, 107–120 (1987)
Rosa, A., Vanstone, S.A.: Starter-adder techniques for Kirkman squares and Kirkman cubes of small sides. Ars Comb. 14, 199–212 (1982)
Rosa, A., Vanstone, S.A.: On the existence of strong Kirkman cubes of order 39 and block size 3. Ann. Discret. Math. 26, 309–320 (1983)
Smith, P.: A doubly divisible nearly Kirkman system. Discret. Math. 18, 93–96 (1977)
Stinson, D.R., Vanstone, S.A.: A Kirkman square of order 51 and block size 3. Discret. Math. 35, 107–111 (1985)
Tonchev, V.D., Vanstone, S.A.: On Kirkman triple systems of order 33. Discret. Math. 106/107, 493–496 (1992)
Vanstone, S.A.: Doubly resolvable designs. Discret. Math. 29, 77–86 (1980)
Vanstone, S.A.: On mutually orthogonal resolutions and near resolutions. Ann. Discret. Math. 15, 357–369 (1982)
Acknowledgements
The author is grateful to the referees for their careful reading of the original version of this paper, their detailed comments and the suggestions that much improved the quality of this paper. This research was carried out while the author was visiting the University of Tsukuba. She wishes to express her gratitude to Prof. Miao and the Faculty of Engineering, Information and Systems for their hospitality.
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Research supported by the National Natural Science Foundation of China under Grant no. 11371207.
Appendix
Appendix
Here, using the method in Lemma 8, we provide starter blocks and adders for DRCKPDs of orders \(6u+4\) with \(5 \le u \le 14\).
u | Starter | Adder | \(\hbox {Starter}+ \hbox {adder}\) | Starter | Adder | \(\hbox {Starter}+ \hbox {adder}\) |
---|---|---|---|---|---|---|
5 | \(\{ 4, 5, 10,15\}\) | 0 | \(\{ 4 , 5 , 10 , 15\}\) | \(\{ 8 , 21 ,25\}\) | 8 | \(\{ 16 , 29 , 3\}\) |
\(\{ 0 , 9 , 27 \}\) | 28 | \(\{28 , 7 ,25\}\) | \(\{11 , 18, \infty _1\}\) | 20 | \(\{ 1 , 8, \infty _1\}\) | |
\(\{ 1 , 7 , 29\}\) | 12 | \(\{13 , 19 , 11\}\) | \(\{12 , 19 , \infty _2\}\) | 2 | \(\{ 14 , 21, \infty _2\}\) | |
\(\{ 2 , 16 , 20\}\) | 10 | \(\{12, 26 , 0\}\) | \(\{ 13 , 22, \infty _3\}\) | 14 | \(\{ 27 , 6, \infty _3\}\) | |
\(\{ 3 , 14 , 17\}\) | 6 | \(\{9 , 20 , 23\}\) | \(\{23 , 24, \infty _4\}\) | 24 | \(\{17 , 18, \infty _4\}\) | |
\(\{ 6 , 26 , 28 \}\) | 26 | \(\{2 , 22 , 24\}\) | ||||
6 | \(\{ 5 , 8 , 12 , 35\}\) | 0 | \(\{5 , 8 , 12 ,35\}\) | \(\{ 11 , 25 , 30\}\) | 34 | \(\{9 , 23 , 28\}\) |
\(\{0 , 1 , 2 \}\) | 30 | \(\{30 , 31 , 32\}\) | \(\{13 , 15 , 23\}\) | 24 | \(\{1 , 3 , 11\}\) | |
\(\{3 , 7 ,19\}\) | 14 | \(\{17 , 21 , 33\}\) | \(\{17 , 34 , \infty _1\}\) | 26 | \(\{7 , 24, \infty _1\}\) | |
\(\{4 , 14 , 28 \}\) | 12 | \(\{16 , 26 , 4\}\) | \(\{18 , 33, \infty _2\}\) | 18 | \(\{0 , 15, \infty _2\}\) | |
\(\{ 6 , 22 , 31\}\) | 32 | \(\{2 , 18 , 27\}\) | \(\{20 , 27, \infty _3\}\) | 2 | \(\{22 , 29, \infty _3\}\) | |
\(\{ 9 , 24 , 32\}\) | 10 | \(\{19 , 34 , 6\}\) | \(\{26 , 29 , \infty _4\}\) | 20 | \(\{10 , 13, \infty _4\}\) | |
\(\{ 10 , 16 , 21\}\) | 4 | \(\{14 , 20 ,25\}\) | ||||
7 | \(\{1 , 18 , 33 , 34\}\) | 0 | \(\{1 , 18 , 33, 34\}\) | \(\{15 , 27 , 40\}\) | 32 | \(\{ 5 , 17 , 30\}\) |
\(\{0 , 2 , 3\}\) | 38 | \(\{38 , 40 , 41\}\) | \(\{16 , 23 , 30\}\) | 12 | \(\{ 28 , 35 , 0\}\) | |
\(\{4 , 8 , 14\}\) | 8 | \(\{12 , 16 , 22\}\) | \(\{17 , 25 , 31\}\) | 36 | \(\{ 11 , 19 , 25\}\) | |
\(\{5 , 7 , 10\}\) | 22 | \(\{27 , 29 , 32\}\) | \(\{19 , 28, \infty _1\}\) | 18 | \(\{ 37 , 4, \infty _1\}\) | |
\(\{6 , 11 , 29\}\) | 2 | \(\{8 , 13 , 31\}\) | \(\{21 , 36, \infty _2\}\) | 30 | \(\{9 , 24, \infty _2\}\) | |
\(\{9 , 20 , 38\}\) | 6 | \(\{15 , 26 , 2\}\) | \(\{22 , 41, \infty _3\}\) | 40 | \(\{20 , 39, \infty _3\}\) | |
\(\{12 , 24 , 32\}\) | 24 | \(\{36 , 6 , 14\}\) | \(\{26 , 37, \infty _4\}\) | 26 | \(\{10 , 21, \infty _4\}\) | |
\(\{13 , 35 , 39\}\) | 10 | \(\{23 , 3 , 7\}\) | ||||
8 | \(\{15 , 24 , 30 , 43\}\) | 0 | \(\{15 , 24 , 30 , 43\}\) | \(\{9 , 12 , 22\}\) | 4 | \(\{13 , 16 , 26\}\) |
\(\{20 , 29 , 40\}\) | 26 | \(\{46 , 7 ,18\}\) | \(\{10 , 32 , 39\}\) | 30 | \(\{40 , 14 , 21\}\) | |
\(\{19 , 31 ,37\}\) | 10 | \(\{ 29 , 41 , 47\}\) | \(\{13 , 35 , 45\}\) | 36 | \(\{ 1 , 23 , 33\}\) | |
\(\{17 , 25 , 42\}\) | 34 | \(\{3 , 11 , 28\}\) | \(\{14 , 28 ,46\}\) | 24 | \(\{ 38 , 4 , 22\}\) | |
\(\{0 , 1 , 2 \}\) | 8 | \(\{8 , 9 , 10\}\) | \(\{16 , 27, \infty _1\}\) | 18 | \(\{ 34 , 45, \infty _1\}\) | |
\(\{3 , 5 , 36\}\) | 14 | \(\{17 , 19 , 2\}\) | \(\{18 , 23, \infty _2\}\) | 2 | \(\{20 , 25, \infty _2\}\) | |
\(\{4 , 8 , 44\}\) | 40 | \(\{44 , 0 ,36\}\) | \(\{21 , 26, \infty _3\}\) | 16 | \(\{37 , 42, \infty _3\}\) | |
\(\{6 ,33 , 47\}\) | 6 | \(\{12 , 39 , 5\}\) | \(\{38 , 41, \infty _4\}\) | 42 | \(\{32 , 35, \infty _4\}\) | |
\(\{7 , 11 , 34\}\) | 20 | \(\{27 , 31 , 6\}\) | ||||
9 | \(\{6 , 19 , 35 , 36\}\) | 0 | \(\{6 , 19 , 35 , 36\}\) | \(\{2 , 17 , 23\}\) | 30 | \(\{32 , 47, 53\}\) |
\(\{7 , 9 , 27\}\) | 2 | \(\{9 , 11 , 29\}\) | \(\{4 , 8 , 43\}\) | 38 | \(\{42 , 46 , 27\}\) | |
\(\{5 , 47 , 50\}\) | 32 | \(\{37 , 25 , 28\}\) | \(\{11 , 37 , 42\}\) | 22 | \(\{33 , 5 , 10\}\) | |
\(\{3 , 10 , 53\}\) | 40 | \(\{43 , 50 , 39\}\) | \(\{12 , 13, 34\}\) | 28 | \(\{40 , 41 , 8\}\) | |
\(\{21 , 31 , 44\}\) | 36 | \(\{3 ,13, 26\}\) | \(\{16 , 22 , 41\}\) | 8 | \(\{24 , 30 , 49\}\) | |
\(\{18 , 26 , 38\}\) | 50 | \(\{14 , 22, 34\}\) | \(\{28 , 45, \infty _1\}\) | 26 | \(\{ 0 , 17, \infty _1\}\) | |
\(\{15 , 24 , 29\}\) | 46 | \(\{7 , 16 , 21\}\) | \(\{32 , 39, \infty _2\}\) | 12 | \(\{44 , 51, \infty _2\}\) | |
\(\{20 , 30 , 48\}\) | 18 | \(\{38 , 48 , 12\}\) | \(\{40 , 51, \infty _3\}\) | 34 | \(\{20 , 31, \infty _3\}\) | |
\(\{0 , 14 , 52\}\) | 4 | \(\{4 , 18 , 2\}\) | \(\{46 , 49, \infty _4\}\) | 6 | \(\{ 52 , 1, \infty _4\}\) | |
\(\{1 , 25 , 33\}\) | 44 | \(\{45 , 15 , 23\}\) | ||||
10 | \(\{0 , 11 , 49 , 50\}\) | 0 | \(\{0 , 11 , 49 , 50\}\) | \(\{3 , 32, 51\}\) | 6 | \(\{9 ,38 , 57\}\) |
\(\{20 , 25 , 40\}\) | 2 | \(\{22 , 27 , 42\}\) | \(\{4 , 39 , 58\}\) | 14 | \(\{18 , 53, 12\}\) | |
\(\{16 , 18 , 44\}\) | 8 | \(\{24 , 26 , 52\}\) | \(\{6 , 21 , 48 \}\) | 26 | \(\{32 , 47, 14\}\) | |
\(\{13 , 53 , 56\}\) | 12 | \(\{25 , 5 , 8\}\) | \(\{7 , 41 , 43\}\) | 34 | \(\{41 ,15 ,17\}\) | |
\(\{12 , 24 , 28\}\) | 16 | \(\{28 , 40 , 44\}\) | \(\{9 , 27 , 59\}\) | 52 | \(\{1 , 19 ,51\}\) | |
\(\{8 , 33 , 37\}\) | 58 | \(\{6 , 31 , 35\}\) | \(\{ 15 , 23 , 36\}\) | 40 | \(\{55 , 3 , 16\}\) | |
\(\{2 , 5 , 10\}\) | 54 | \(\{56 , 59 , 4\}\) | \(\{17 , 26, \infty _1\}\) | 28 | \(\{45 , 54, \infty _1\}\) | |
\(\{22 , 31 , 45\}\) | 36 | \(\{58 , 7 , 21\}\) | \(\{29 , 46, \infty _2\}\) | 44 | \(\{13 , 30, \infty _2\}\) | |
\(\{19 , 35 ,42 \}\) | 4 | \(\{23, 39 , 46\}\) | \(\{30 , 57, \infty _3\}\) | 32 | \(\{2 , 29, \infty _3\}\) | |
\(\{14 , 38 , 52 \}\) | 56 | \(\{10 ,34, 48\}\) | \(\{34 ,47, \infty _4\}\) | 46 | \(\{20 , 33, \infty _4\}\) | |
\(\{1 , 54 , 55\}\) | 42 | \(\{43, 36, 37\}\) |
u | Starter | Adder | \(\hbox {Starter}+ \hbox {adder}\) | Starter | Adder | \(\hbox {Starter}+ \hbox {adder}\) |
---|---|---|---|---|---|---|
11 | \(\{0 , 9 , 49 , 50\}\) | 0 | \(\{0 , 9 , 49 ,50\}\) | \(\{4 , 31 , 42\}\) | 56 | \(\{60, 21 , 32\}\) |
\(\{28, 33 , 57\}\) | 2 | \(\{30 ,35 , 59\}\) | \(\{14, 21 , 40\}\) | 24 | \(\{38, 45 , 64\}\) | |
\(\{15 , 36 ,47\}\) | 52 | \(\{1 , 22 , 33\}\) | \(\{8 , 16 , 38\}\) | 36 | \(\{44 , 52 , 8\}\) | |
\(\{19 ,46 , 63\}\) | 54 | \(\{7 , 34, 51\}\) | \(\{11 , 39 , 54\}\) | 14 | \(\{25 , 53, 2\}\) | |
\(\{32 , 51 , 64\}\) | 38 | \(\{4 ,23 ,36\}\) | \(\{2, 58 , 61\}\) | 4 | \(\{6 , 62 , 65\}\) | |
\(\{13 , 29, 65\}\) | 64 | \(\{11 , 27, 63\}\) | \(\{20 ,22, 34 \}\) | 58 | \(\{12, 14, 26\}\) | |
\(\{30 , 43 , 48\}\) | 28 | \(\{58 , 5 , 10\}\) | \(\{23 , 26 , 41\}\) | 16 | \(\{39, 42 , 57\}\) | |
\(\{12 , 18 , 55\}\) | 6 | \(\{18 ,24 , 61\}\) | \(\{24 , 59, \infty _1\}\) | 22 | \(\{46 , 15, \infty _1\}\) | |
\(\{5 , 17 , 25\}\) | 12 | \(\{17, 29 , 37\}\) | \(\{35 , 60, \infty _2\}\) | 62 | \(\{31 , 56, \infty _2\}\) | |
\(\{1 , 3 , 7\}\) | 40 | \(\{41, 43, 47\}\) | \(\{44 , 45, \infty _3\}\) | 10 | \(\{54 , 55, \infty _3\}\) | |
\(\{6 , 27 , 37\}\) | 42 | \(\{48 , 3 , 13\}\) | \(\{53 , 62, \infty _4\}\) | 32 | \(\{19 ,28, \infty _4\}\) | |
\(\{10 , 52 , 56\}\) | 30 | \(\{40 ,16 , 20\}\) | ||||
12 | \(\{0 , 9 , 49 , 50\}\) | 0 | \(\{0 , 9 , 49 ,50\}\) | \(\{14 , 26, 43\}\) | 10 | \(\{24, 36 , 53\}\) |
\(\{2 , 35 ,39\}\) | 66 | \(\{68 , 29 , 33\}\) | \(\{11 , 41 , 65\}\) | 26 | \(\{37 ,67, 19\}\) | |
\(\{18 , 24, 45\}\) | 40 | \(\{58, 64 ,13\}\) | \(\{8 , 40 , 63\}\) | 44 | \(\{52 , 12, 35\}\) | |
\(\{7 ,34 , 68\}\) | 64 | \(\{71 , 26 ,60\}\) | \(\{21 , 37 , 47\}\) | 4 | \(\{25 , 41 , 51\}\) | |
\(\{1 , 16 ,29\}\) | 30 | \(\{31 , 46 ,59\}\) | \(\{23, 25 , 36\}\) | 20 | \(\{43 ,45 , 56\}\) | |
\(\{10 , 61 , 66\}\) | 68 | \(\{6 , 57 , 62\}\) | \(\{22 , 30 ,48\}\) | 52 | \(\{2 , 10, 28\}\) | |
\(\{12 , 17 , 54\}\) | 22 | \(\{34 , 39 , 4\}\) | \(\{32 , 42 , 57\}\) | 6 | \(\{38 , 48, 63\}\) | |
\(\{13, 27, 33\}\) | 42 | \(\{55 ,69 , 3\}\) | \(\{38 , 58 , 62\}\) | 54 | \(\{20, 40 , 44\}\) | |
\(\{15 , 44, 46\}\) | 58 | \(\{1 , 30 , 32\}\) | \(\{51 ,60, \infty _1\}\) | 28 | \(\{7 , 16, \infty _1\}\) | |
\(\{4 , 5 ,69\}\) | 18 | \(\{22 ,23 ,15\}\) | \(\{52 , 55, \infty _2\}\) | 38 | \(\{18 , 21, \infty _2\}\) | |
\(\{3 ,28 , 56\}\) | 14 | \(\{17, 42 ,70\}\) | \(\{64 , 71, \infty _3\}\) | 62 | \(\{54 , 61, \infty _3\}\) | |
\(\{19 , 31 , 53\}\) | 46 | \(\{65 , 5 , 27\}\) | \(\{67 ,70, \infty _4\}\) | 16 | \(\{11 , 14, \infty _4\}\) | |
\(\{6 , 20 , 59\}\) | 60 | \(\{66 , 8 ,47\}\) | ||||
13 | \(\{4 ,17 ,55 , 56\}\) | 0 | \(\{4 , 17 ,55 , 56\}\) | \(\{15 , 47, 70\}\) | 56 | \(\{71 , 25 , 48\}\) |
\(\{5 , 8 , 49\}\) | 36 | \(\{41, 44 , 7\}\) | \(\{19 , 45 , 60\}\) | 48 | \(\{67 , 15 ,30\}\) | |
\(\{3 ,65 , 75\}\) | 72 | \(\{75 , 59 ,69\}\) | \(\{25 , 54 , 58\}\) | 8 | \(\{33 ,62 , 66\}\) | |
\(\{28, 34 , 43\}\) | 66 | \(\{16 , 22 , 31\}\) | \(\{30 , 35 , 59\}\) | 46 | \(\{76 , 3 , 27\}\) | |
\(\{26, 27 , 57\}\) | 20 | \(\{46, 47, 77\}\) | \(\{12 , 50 ,71\}\) | 30 | \(\{42 , 2 , 23\}\) | |
\(\{23 , 37 , 44\}\) | 60 | \(\{5 , 19 , 26\}\) | \(\{16 , 36, 46\}\) | 42 | \(\{58 , 0 , 10\}\) | |
\(\{21 , 41 , 72\}\) | 58 | \(\{1 , 21 , 52\}\) | \(\{18, 40 , 64\}\) | 10 | \(\{28 ,50 , 74\}\) | |
\(\{6 , 31 , 76\}\) | 34 | \(\{40, 65 , 32\}\) | \(\{22, 38 , 66\}\) | 76 | \(\{20 , 36 , 64\}\) | |
\(\{7 , 9 , 20\}\) | 4 | \(\{11 , 13 ,24\}\) | \(\{32 , 39 , 74\}\) | 22 | \(\{54 , 61 , 18\}\) | |
\(\{0 , 2 , 14\}\) | 70 | \(\{70, 72, 6\}\) | \(\{48 , 67, \infty _1\}\) | 64 | \(\{34 , 53, \infty _1\}\) | |
\(\{1 ,10 , 13\}\) | 50 | \(\{51 , 60 , 63\}\) | \(\{52, 69, \infty _2\}\) | 38 | \(\{12 , 29, \infty _2\}\) | |
\(\{29 , 33 , 51\}\) | 6 | \(\{35 , 39 ,57\}\) | \(\{62 , 73, \infty _3\}\) | 54 | \(\{38 , 49, \infty _3\}\) | |
\(\{24 , 42 , 77\}\) | 44 | \(\{68 , 8 , 43\}\) | \(\{63 , 68, \infty _4\}\) | 24 | \(\{9 , 14, \infty _4\}\) | |
\(\{11 , 53 ,61\}\) | 62 | \(\{73 , 37, 45\}\) | ||||
14 | \(\{4 , 17, 67 ,68\}\) | 0 | \(\{4 , 17, 67 ,68\}\) | \(\{28 , 32, 35\}\) | 2 | \(\{30, 34 , 37\}\) |
\(\{9 ,57 ,72\}\) | 74 | \(\{83 , 47 , 62\}\) | \(\{25 , 37 ,55\}\) | 18 | \(\{43 , 55 ,73\}\) | |
\(\{34 , 40, 50\}\) | 56 | \(\{6 ,12 , 22\}\) | \(\{3, 20 , 58\}\) | 6 | \(\{9 , 26 ,64\}\) | |
\(\{16 , 53, 59\}\) | 32 | \(\{48 , 1 , 7\}\) | \(\{13 , 29 , 82\}\) | 22 | \(\{35, 51 , 20\}\) | |
\(\{5, 33 ,43\}\) | 54 | \(\{59 , 3 , 13\}\) | \(\{6 , 11 , 24\}\) | 4 | \(\{10 , 15 ,28\}\) | |
\(\{12, 42 , 51\}\) | 44 | \(\{56 , 2, 11\}\) | \(\{10 , 61 , 75\}\) | 14 | \(\{24 ,75 , 5\}\) | |
\(\{26, 54 , 66\}\) | 16 | \(\{42 , 70, 82\}\) | \(\{22 , 77 , 79\}\) | 36 | \(\{58 , 29, 31\}\) | |
\(\{1 , 23 , 81\}\) | 26 | \(\{27 , 49 , 23\}\) | \(\{15 , 39, 64\}\) | 66 | \(\{81 ,21 , 46\}\) | |
\(\{7 , 14 , 74\}\) | 70 | \(\{77 , 0 , 60\}\) | \(\{38 ,60 , 83\}\) | 62 | \(\{16 , 38 , 61\}\) | |
\(\{8 , 49 , 69\}\) | 68 | \(\{76 , 33 , 53\}\) | \(\{41 , 44 , 46\}\) | 28 | \(\{69 , 72, 74\}\) | |
\(\{19, 27, 71\}\) | 52 | \(\{71 , 79 ,39\}\) | \(\{45 , 80, \infty _1\}\) | 12 | \(\{57 , 8, \infty _1\}\) | |
\(\{18 , 65, 76\}\) | 60 | \(\{78 , 41 , 52\}\) | \(\{47, 56, \infty _2\}\) | 82 | \(\{45 , 54, \infty _2\}\) | |
\(\{2 , 21, 78\}\) | 42 | \(\{44 , 63 , 36\}\) | \(\{48 , 73, \infty _3\}\) | 76 | \(\{40 , 65, \infty _3\}\) | |
\(\{0 , 36 , 70\}\) | 80 | \(\{80 , 32 , 66\}\) | \(\{52 , 63, \infty _4\}\) | 46 | \(\{14 , 25, \infty _4\}\) | |
\(\{30 , 31 , 62\}\) | 72 | \(\{18 , 19 ,50\}\) |
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Wang, S. Doubly Resolvable Canonical Kirkman Packing Designs and its Applications. Graphs and Combinatorics 35, 1239–1251 (2019). https://doi.org/10.1007/s00373-019-02072-9
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DOI: https://doi.org/10.1007/s00373-019-02072-9