Information on Result #715132
Linear OA(846, 511, F8, 18) (dual of [511, 465, 19]-code), using the primitive BCH-code C(I) with length 511 = 83−1, defining interval I = {57,58,…,74}, and designed minimum distance d ≥ |I|+1 = 19
Mode: Constructive and linear.
This result is hidden, because other results with identical parameters exist.
Optimality
Show details for fixed k and m, n and k, k and s, k and t, n and m, m and s, m and t, n and s, n and t.
Other Results with Identical Parameters
- Primitive BCH-Codes (hidden) [i]
- Primitive BCH-Codes (hidden) [i]
- Primitive BCH-Codes (hidden) [i]
- Primitive BCH-Codes (hidden) [i]
- Primitive Expurgated Narrow-Sense BCH-Codes [i]
Depending Results
The following results depend on this result:
Result | This result only | Method | ||
---|---|---|---|---|
1 | Linear OOA(846, 328, F8, 2, 18) (dual of [(328, 2), 610, 19]-NRT-code) | [i] | Embedding of OOA with Gilbert–Varšamov Bound | |
2 | Linear OOA(846, 328, F8, 3, 18) (dual of [(328, 3), 938, 19]-NRT-code) | [i] | ||
3 | Digital (28, 46, 328)-net over F8 | [i] | ||
4 | Linear OA(854, 538, F8, 18) (dual of [538, 484, 19]-code) | [i] | ✔ | Construction XX with Cyclic Codes |
5 | Linear OA(853, 536, F8, 18) (dual of [536, 483, 19]-code) | [i] | ✔ | |
6 | Linear OA(852, 532, F8, 18) (dual of [532, 480, 19]-code) | [i] | ✔ | |
7 | Linear OA(851, 528, F8, 18) (dual of [528, 477, 19]-code) | [i] | ✔ | |
8 | Linear OA(851, 529, F8, 18) (dual of [529, 478, 19]-code) | [i] | ✔ | |
9 | Linear OA(850, 526, F8, 18) (dual of [526, 476, 19]-code) | [i] | ✔ | |
10 | Linear OA(850, 527, F8, 18) (dual of [527, 477, 19]-code) | [i] | ✔ | |
11 | Linear OA(849, 524, F8, 18) (dual of [524, 475, 19]-code) | [i] | ✔ | |
12 | Linear OA(848, 522, F8, 18) (dual of [522, 474, 19]-code) | [i] | ✔ | |
13 | Linear OA(847, 518, F8, 18) (dual of [518, 471, 19]-code) | [i] | ✔ | |
14 | Linear OA(878, 550, F8, 25) (dual of [550, 472, 26]-code) | [i] | ✔ | |
15 | Linear OA(877, 548, F8, 25) (dual of [548, 471, 26]-code) | [i] | ✔ | |
16 | Linear OA(876, 545, F8, 25) (dual of [545, 469, 26]-code) | [i] | ✔ | |
17 | Linear OA(875, 543, F8, 25) (dual of [543, 468, 26]-code) | [i] | ✔ | |
18 | Linear OA(882, 547, F8, 27) (dual of [547, 465, 28]-code) | [i] | ✔ | |
19 | Linear OA(881, 544, F8, 27) (dual of [544, 463, 28]-code) | [i] | ✔ | |
20 | Linear OA(880, 542, F8, 27) (dual of [542, 462, 28]-code) | [i] | ✔ | |
21 | Linear OA(886, 549, F8, 28) (dual of [549, 463, 29]-code) | [i] | ✔ | |
22 | Linear OA(885, 547, F8, 28) (dual of [547, 462, 29]-code) | [i] | ✔ | |
23 | Linear OA(891, 556, F8, 29) (dual of [556, 465, 30]-code) | [i] | ✔ | |
24 | Linear OA(890, 553, F8, 29) (dual of [553, 463, 30]-code) | [i] | ✔ | |
25 | Linear OA(889, 551, F8, 29) (dual of [551, 462, 30]-code) | [i] | ✔ | |
26 | Linear OA(894, 556, F8, 30) (dual of [556, 462, 31]-code) | [i] | ✔ | |
27 | Linear OA(8100, 565, F8, 31) (dual of [565, 465, 32]-code) | [i] | ✔ | |
28 | Linear OA(899, 562, F8, 31) (dual of [562, 463, 32]-code) | [i] | ✔ | |
29 | Linear OA(898, 560, F8, 31) (dual of [560, 462, 32]-code) | [i] | ✔ | |
30 | Linear OA(8104, 565, F8, 32) (dual of [565, 461, 33]-code) | [i] | ✔ |