Information on Result #684013

Linear OA(5118, 126, F5, 94) (dual of [126, 8, 95]-code), using construction X applied to Ce(93) ⊂ Ce(92) based on
  1. linear OA(5118, 125, F5, 94) (dual of [125, 7, 95]-code), using an extension Ce(93) of the primitive narrow-sense BCH-code C(I) with length 124 = 53−1, defining interval I = [1,93], and designed minimum distance d ≥ |I|+1 = 94 [i]
  2. linear OA(5117, 125, F5, 93) (dual of [125, 8, 94]-code), using an extension Ce(92) of the primitive narrow-sense BCH-code C(I) with length 124 = 53−1, defining interval I = [1,92], and designed minimum distance d ≥ |I|+1 = 93 [i]
  3. linear OA(50, 1, F5, 0) (dual of [1, 1, 1]-code), using

Mode: Constructive and linear.

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.

Compare with Markus Grassl’s online database of code parameters.

Other Results with Identical Parameters

None.

Depending Results

The following results depend on this result:

ResultThis
result
only
Method
1Linear OA(5118, 126, F5, 93) (dual of [126, 8, 94]-code) [i]Strength Reduction
2Linear OA(5118, 126, F5, 92) (dual of [126, 8, 93]-code) [i]
3Linear OA(5118, 126, F5, 91) (dual of [126, 8, 92]-code) [i]
4Linear OA(5118, 126, F5, 90) (dual of [126, 8, 91]-code) [i]
5Linear OA(5118, 126, F5, 89) (dual of [126, 8, 90]-code) [i]
6Linear OA(5118, 126, F5, 88) (dual of [126, 8, 89]-code) [i]
7Linear OA(5118, 126, F5, 87) (dual of [126, 8, 88]-code) [i]
8Linear OA(5118, 126, F5, 86) (dual of [126, 8, 87]-code) [i]
9Linear OA(5119, 127, F5, 94) (dual of [127, 8, 95]-code) [i]Code Embedding in Larger Space
10Linear OA(5120, 128, F5, 94) (dual of [128, 8, 95]-code) [i]
11Linear OA(5116, 124, F5, 92) (dual of [124, 8, 93]-code) [i]Truncation
12Linear OA(5115, 123, F5, 91) (dual of [123, 8, 92]-code) [i]
13Linear OA(5114, 122, F5, 90) (dual of [122, 8, 91]-code) [i]
14Linear OA(5113, 121, F5, 89) (dual of [121, 8, 90]-code) [i]
15Linear OA(5112, 120, F5, 88) (dual of [120, 8, 89]-code) [i]
16Linear OA(5111, 119, F5, 87) (dual of [119, 8, 88]-code) [i]
17Linear OA(5110, 118, F5, 86) (dual of [118, 8, 87]-code) [i]
18Linear OA(5109, 117, F5, 85) (dual of [117, 8, 86]-code) [i]
19Linear OA(5108, 116, F5, 84) (dual of [116, 8, 85]-code) [i]
20Linear OA(5107, 115, F5, 83) (dual of [115, 8, 84]-code) [i]
21Linear OA(5106, 114, F5, 82) (dual of [114, 8, 83]-code) [i]
22Linear OA(5105, 113, F5, 81) (dual of [113, 8, 82]-code) [i]
23Linear OA(5104, 112, F5, 80) (dual of [112, 8, 81]-code) [i]
24Linear OA(5103, 111, F5, 79) (dual of [111, 8, 80]-code) [i]
25Linear OA(5102, 110, F5, 78) (dual of [110, 8, 79]-code) [i]
26Linear OA(5101, 109, F5, 77) (dual of [109, 8, 78]-code) [i]
27Linear OA(5100, 108, F5, 76) (dual of [108, 8, 77]-code) [i]
28Linear OA(599, 107, F5, 75) (dual of [107, 8, 76]-code) [i]
29Linear OA(598, 106, F5, 74) (dual of [106, 8, 75]-code) [i]
30Linear OA(597, 105, F5, 73) (dual of [105, 8, 74]-code) [i]
31Linear OA(596, 104, F5, 72) (dual of [104, 8, 73]-code) [i]
32Linear OA(595, 103, F5, 71) (dual of [103, 8, 72]-code) [i]
33Linear OA(594, 102, F5, 70) (dual of [102, 8, 71]-code) [i]
34Linear OA(593, 101, F5, 69) (dual of [101, 8, 70]-code) [i]
35Linear OA(592, 100, F5, 68) (dual of [100, 8, 69]-code) [i]
36Linear OA(591, 99, F5, 67) (dual of [99, 8, 68]-code) [i]
37Linear OA(590, 98, F5, 66) (dual of [98, 8, 67]-code) [i]
38Linear OA(589, 97, F5, 65) (dual of [97, 8, 66]-code) [i]
39Linear OA(588, 96, F5, 64) (dual of [96, 8, 65]-code) [i]
40Linear OA(587, 95, F5, 63) (dual of [95, 8, 64]-code) [i]
41Linear OA(586, 94, F5, 62) (dual of [94, 8, 63]-code) [i]
42Linear OA(585, 93, F5, 61) (dual of [93, 8, 62]-code) [i]
43Linear OA(584, 92, F5, 60) (dual of [92, 8, 61]-code) [i]
44Linear OA(583, 91, F5, 59) (dual of [91, 8, 60]-code) [i]
45Linear OOA(5118, 63, F5, 2, 94) (dual of [(63, 2), 8, 95]-NRT-code) [i]OOA Folding
46Linear OOA(5118, 42, F5, 3, 94) (dual of [(42, 3), 8, 95]-NRT-code) [i]