Information on Result #1882562
Linear OA(20, s, F2, 0) (dual of [s, s, 1]-code) for arbitrarily large s, using OA with only one run / dual of code without redundancy
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 t.
Other Results with Identical Parameters
None.
Depending Results
The following results depend on this result:
| Result | This result only | Method | ||
|---|---|---|---|---|
| 1 | Linear OA(2m, m+n, F2, 1) (dual of [m+n, n, 2]-code) with arbitrarily large m for all sufficiently large n | [i] | Repeating Each Code Word | |
| 2 | Linear OA(2m, m+n, F2, 2) (dual of [m+n, n, 3]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 3 | Linear OA(2m, m+n, F2, 3) (dual of [m+n, n, 4]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 4 | Linear OA(2m, m+n, F2, 4) (dual of [m+n, n, 5]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 5 | Linear OA(2m, m+n, F2, 5) (dual of [m+n, n, 6]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 6 | Linear OA(2m, m+n, F2, 6) (dual of [m+n, n, 7]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 7 | Linear OA(2m, m+n, F2, 7) (dual of [m+n, n, 8]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 8 | Linear OA(2m, m+n, F2, 8) (dual of [m+n, n, 9]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 9 | Linear OA(2m, m+n, F2, 9) (dual of [m+n, n, 10]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 10 | Linear OA(2m, m+n, F2, 10) (dual of [m+n, n, 11]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 11 | Linear OA(2m, m+n, F2, 11) (dual of [m+n, n, 12]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 12 | Linear OA(2m, m+n, F2, 12) (dual of [m+n, n, 13]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 13 | Linear OA(2m, m+n, F2, 13) (dual of [m+n, n, 14]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 14 | Linear OA(2m, m+n, F2, 14) (dual of [m+n, n, 15]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 15 | Linear OA(2m, m+n, F2, 15) (dual of [m+n, n, 16]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 16 | Linear OA(2m, m+n, F2, 16) (dual of [m+n, n, 17]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 17 | Linear OA(2m, m+n, F2, 17) (dual of [m+n, n, 18]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 18 | Linear OA(2m, m+n, F2, 18) (dual of [m+n, n, 19]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 19 | Linear OA(2m, m+n, F2, 19) (dual of [m+n, n, 20]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 20 | Linear OA(2m, m+n, F2, 20) (dual of [m+n, n, 21]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 21 | Linear OA(2m, m+n, F2, 21) (dual of [m+n, n, 22]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 22 | Linear OA(2m, m+n, F2, 22) (dual of [m+n, n, 23]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 23 | Linear OA(2m, m+n, F2, 23) (dual of [m+n, n, 24]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 24 | Linear OA(2m, m+n, F2, 24) (dual of [m+n, n, 25]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 25 | Linear OA(2m, m+n, F2, 25) (dual of [m+n, n, 26]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 26 | Linear OA(2m, m+n, F2, 26) (dual of [m+n, n, 27]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 27 | Linear OA(2m, m+n, F2, 27) (dual of [m+n, n, 28]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 28 | Linear OA(2m, m+n, F2, 28) (dual of [m+n, n, 29]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 29 | Linear OA(2m, m+n, F2, 29) (dual of [m+n, n, 30]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 30 | Linear OA(2m, m+n, F2, 30) (dual of [m+n, n, 31]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 31 | Linear OA(2m, m+n, F2, 31) (dual of [m+n, n, 32]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 32 | Linear OA(2m, m+n, F2, 32) (dual of [m+n, n, 33]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 33 | Linear OA(2m, m+n, F2, 33) (dual of [m+n, n, 34]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 34 | Linear OA(2m, m+n, F2, 34) (dual of [m+n, n, 35]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 35 | Linear OA(2m, m+n, F2, 35) (dual of [m+n, n, 36]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 36 | Linear OA(2m, m+n, F2, 36) (dual of [m+n, n, 37]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 37 | Linear OA(2m, m+n, F2, 37) (dual of [m+n, n, 38]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 38 | Linear OA(2m, m+n, F2, 38) (dual of [m+n, n, 39]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 39 | Linear OA(2m, m+n, F2, 39) (dual of [m+n, n, 40]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 40 | Linear OA(2m, m+n, F2, 40) (dual of [m+n, n, 41]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 41 | Linear OA(2m, m+n, F2, 41) (dual of [m+n, n, 42]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 42 | Linear OA(2m, m+n, F2, 42) (dual of [m+n, n, 43]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 43 | Linear OA(2m, m+n, F2, 43) (dual of [m+n, n, 44]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 44 | Linear OA(2m, m+n, F2, 44) (dual of [m+n, n, 45]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 45 | Linear OA(2m, m+n, F2, 45) (dual of [m+n, n, 46]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 46 | Linear OA(2m, m+n, F2, 46) (dual of [m+n, n, 47]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 47 | Linear OA(2m, m+n, F2, 47) (dual of [m+n, n, 48]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 48 | Linear OA(2m, m+n, F2, 48) (dual of [m+n, n, 49]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 49 | Linear OA(2m, m+n, F2, 49) (dual of [m+n, n, 50]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 50 | Linear OA(2m, m+n, F2, 50) (dual of [m+n, n, 51]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 51 | Linear OA(2m, m+n, F2, 51) (dual of [m+n, n, 52]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 52 | Linear OA(2m, m+n, F2, 52) (dual of [m+n, n, 53]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 53 | Linear OA(2m, m+n, F2, 53) (dual of [m+n, n, 54]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 54 | Linear OA(2m, m+n, F2, 54) (dual of [m+n, n, 55]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 55 | Linear OA(2m, m+n, F2, 55) (dual of [m+n, n, 56]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 56 | Linear OA(2m, m+n, F2, 56) (dual of [m+n, n, 57]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 57 | Linear OA(2m, m+n, F2, 57) (dual of [m+n, n, 58]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 58 | Linear OA(2m, m+n, F2, 58) (dual of [m+n, n, 59]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 59 | Linear OA(2m, m+n, F2, 59) (dual of [m+n, n, 60]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 60 | Linear OA(2m, m+n, F2, 60) (dual of [m+n, n, 61]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 61 | Linear OA(2m, m+n, F2, 61) (dual of [m+n, n, 62]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 62 | Linear OA(2m, m+n, F2, 62) (dual of [m+n, n, 63]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 63 | Linear OA(2m, m+n, F2, 63) (dual of [m+n, n, 64]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 64 | Linear OA(2m, m+n, F2, 64) (dual of [m+n, n, 65]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 65 | Linear OA(2m, m+n, F2, 65) (dual of [m+n, n, 66]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 66 | Linear OA(2m, m+n, F2, 66) (dual of [m+n, n, 67]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 67 | Linear OA(2m, m+n, F2, 67) (dual of [m+n, n, 68]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 68 | Linear OA(2m, m+n, F2, 68) (dual of [m+n, n, 69]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 69 | Linear OA(2m, m+n, F2, 69) (dual of [m+n, n, 70]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 70 | Linear OA(2m, m+n, F2, 70) (dual of [m+n, n, 71]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 71 | Linear OA(2m, m+n, F2, 71) (dual of [m+n, n, 72]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 72 | Linear OA(2m, m+n, F2, 72) (dual of [m+n, n, 73]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 73 | Linear OA(2m, m+n, F2, 73) (dual of [m+n, n, 74]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 74 | Linear OA(2m, m+n, F2, 74) (dual of [m+n, n, 75]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 75 | Linear OA(2m, m+n, F2, 75) (dual of [m+n, n, 76]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 76 | Linear OA(2m, m+n, F2, 76) (dual of [m+n, n, 77]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 77 | Linear OA(2m, m+n, F2, 77) (dual of [m+n, n, 78]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 78 | Linear OA(2m, m+n, F2, 78) (dual of [m+n, n, 79]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 79 | Linear OA(2m, m+n, F2, 79) (dual of [m+n, n, 80]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 80 | Linear OA(2m, m+n, F2, 80) (dual of [m+n, n, 81]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 81 | Linear OA(2m, m+n, F2, 81) (dual of [m+n, n, 82]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 82 | Linear OA(2m, m+n, F2, 82) (dual of [m+n, n, 83]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 83 | Linear OA(2m, m+n, F2, 83) (dual of [m+n, n, 84]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 84 | Linear OA(2m, m+n, F2, 84) (dual of [m+n, n, 85]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 85 | Linear OA(2m, m+n, F2, 85) (dual of [m+n, n, 86]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 86 | Linear OA(2m, m+n, F2, 86) (dual of [m+n, n, 87]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 87 | Linear OA(2m, m+n, F2, 87) (dual of [m+n, n, 88]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 88 | Linear OA(2m, m+n, F2, 88) (dual of [m+n, n, 89]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 89 | Linear OA(2m, m+n, F2, 89) (dual of [m+n, n, 90]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 90 | Linear OA(2m, m+n, F2, 90) (dual of [m+n, n, 91]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 91 | Linear OA(2m, m+n, F2, 91) (dual of [m+n, n, 92]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 92 | Linear OA(2m, m+n, F2, 92) (dual of [m+n, n, 93]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 93 | Linear OA(2m, m+n, F2, 93) (dual of [m+n, n, 94]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 94 | Linear OA(2m, m+n, F2, 94) (dual of [m+n, n, 95]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 95 | Linear OA(2m, m+n, F2, 95) (dual of [m+n, n, 96]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 96 | Linear OA(2m, m+n, F2, 96) (dual of [m+n, n, 97]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 97 | Linear OA(2m, m+n, F2, 97) (dual of [m+n, n, 98]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 98 | Linear OA(2m, m+n, F2, 98) (dual of [m+n, n, 99]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 99 | Linear OA(2m, m+n, F2, 99) (dual of [m+n, n, 100]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 100 | Linear OA(2m, m+n, F2, 100) (dual of [m+n, n, 101]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 101 | Linear OA(2m, m+n, F2, 101) (dual of [m+n, n, 102]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 102 | Linear OA(2m, m+n, F2, 102) (dual of [m+n, n, 103]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 103 | Linear OA(2m, m+n, F2, 103) (dual of [m+n, n, 104]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 104 | Linear OA(2m, m+n, F2, 104) (dual of [m+n, n, 105]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 105 | Linear OA(2m, m+n, F2, 105) (dual of [m+n, n, 106]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 106 | Linear OA(2m, m+n, F2, 106) (dual of [m+n, n, 107]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 107 | Linear OA(2m, m+n, F2, 107) (dual of [m+n, n, 108]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 108 | Linear OA(2m, m+n, F2, 108) (dual of [m+n, n, 109]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 109 | Linear OA(2m, m+n, F2, 109) (dual of [m+n, n, 110]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 110 | Linear OA(2m, m+n, F2, 110) (dual of [m+n, n, 111]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 111 | Linear OA(2m, m+n, F2, 111) (dual of [m+n, n, 112]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 112 | Linear OA(2m, m+n, F2, 112) (dual of [m+n, n, 113]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 113 | Linear OA(2m, m+n, F2, 113) (dual of [m+n, n, 114]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 114 | Linear OA(2m, m+n, F2, 114) (dual of [m+n, n, 115]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 115 | Linear OA(2m, m+n, F2, 115) (dual of [m+n, n, 116]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 116 | Linear OA(2m, m+n, F2, 116) (dual of [m+n, n, 117]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 117 | Linear OA(2m, m+n, F2, 117) (dual of [m+n, n, 118]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 118 | Linear OA(2m, m+n, F2, 118) (dual of [m+n, n, 119]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 119 | Linear OA(2m, m+n, F2, 119) (dual of [m+n, n, 120]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 120 | Linear OA(2m, m+n, F2, 120) (dual of [m+n, n, 121]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 121 | Linear OA(2m, m+n, F2, 121) (dual of [m+n, n, 122]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 122 | Linear OA(2m, m+n, F2, 122) (dual of [m+n, n, 123]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 123 | Linear OA(2m, m+n, F2, 123) (dual of [m+n, n, 124]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 124 | Linear OA(2m, m+n, F2, 124) (dual of [m+n, n, 125]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 125 | Linear OA(2m, m+n, F2, 125) (dual of [m+n, n, 126]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 126 | Linear OA(2m, m+n, F2, 126) (dual of [m+n, n, 127]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 127 | Linear OA(2m, m+n, F2, 127) (dual of [m+n, n, 128]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 128 | Linear OA(2m, m+n, F2, 128) (dual of [m+n, n, 129]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 129 | Linear OA(2m, m+n, F2, 129) (dual of [m+n, n, 130]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 130 | Linear OA(2m, m+n, F2, 130) (dual of [m+n, n, 131]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 131 | Linear OA(2m, m+n, F2, 131) (dual of [m+n, n, 132]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 132 | Linear OA(2m, m+n, F2, 132) (dual of [m+n, n, 133]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 133 | Linear OA(2m, m+n, F2, 133) (dual of [m+n, n, 134]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 134 | Linear OA(2m, m+n, F2, 134) (dual of [m+n, n, 135]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 135 | Linear OA(2m, m+n, F2, 135) (dual of [m+n, n, 136]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 136 | Linear OA(2m, m+n, F2, 136) (dual of [m+n, n, 137]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 137 | Linear OA(2m, m+n, F2, 137) (dual of [m+n, n, 138]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 138 | Linear OA(2m, m+n, F2, 138) (dual of [m+n, n, 139]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 139 | Linear OA(2m, m+n, F2, 139) (dual of [m+n, n, 140]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 140 | Linear OA(2m, m+n, F2, 140) (dual of [m+n, n, 141]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 141 | Linear OA(2m, m+n, F2, 141) (dual of [m+n, n, 142]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 142 | Linear OA(2m, m+n, F2, 142) (dual of [m+n, n, 143]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 143 | Linear OA(2m, m+n, F2, 143) (dual of [m+n, n, 144]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 144 | Linear OA(2m, m+n, F2, 144) (dual of [m+n, n, 145]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 145 | Linear OA(2m, m+n, F2, 145) (dual of [m+n, n, 146]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 146 | Linear OA(2m, m+n, F2, 146) (dual of [m+n, n, 147]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 147 | Linear OA(2m, m+n, F2, 147) (dual of [m+n, n, 148]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 148 | Linear OA(2m, m+n, F2, 148) (dual of [m+n, n, 149]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 149 | Linear OA(2m, m+n, F2, 149) (dual of [m+n, n, 150]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 150 | Linear OA(2m, m+n, F2, 150) (dual of [m+n, n, 151]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 151 | Linear OA(2m, m+n, F2, 151) (dual of [m+n, n, 152]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 152 | Linear OA(2m, m+n, F2, 152) (dual of [m+n, n, 153]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 153 | Linear OA(2m, m+n, F2, 153) (dual of [m+n, n, 154]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 154 | Linear OA(2m, m+n, F2, 154) (dual of [m+n, n, 155]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 155 | Linear OA(2m, m+n, F2, 155) (dual of [m+n, n, 156]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 156 | Linear OA(2m, m+n, F2, 156) (dual of [m+n, n, 157]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 157 | Linear OA(2m, m+n, F2, 157) (dual of [m+n, n, 158]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 158 | Linear OA(2m, m+n, F2, 158) (dual of [m+n, n, 159]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 159 | Linear OA(2m, m+n, F2, 159) (dual of [m+n, n, 160]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 160 | Linear OA(2m, m+n, F2, 160) (dual of [m+n, n, 161]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 161 | Linear OA(2m, m+n, F2, 161) (dual of [m+n, n, 162]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 162 | Linear OA(2m, m+n, F2, 162) (dual of [m+n, n, 163]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 163 | Linear OA(2m, m+n, F2, 163) (dual of [m+n, n, 164]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 164 | Linear OA(2m, m+n, F2, 164) (dual of [m+n, n, 165]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 165 | Linear OA(2m, m+n, F2, 165) (dual of [m+n, n, 166]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 166 | Linear OA(2m, m+n, F2, 166) (dual of [m+n, n, 167]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 167 | Linear OA(2m, m+n, F2, 167) (dual of [m+n, n, 168]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 168 | Linear OA(2m, m+n, F2, 168) (dual of [m+n, n, 169]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 169 | Linear OA(2m, m+n, F2, 169) (dual of [m+n, n, 170]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 170 | Linear OA(2m, m+n, F2, 170) (dual of [m+n, n, 171]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 171 | Linear OA(2m, m+n, F2, 171) (dual of [m+n, n, 172]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 172 | Linear OA(2m, m+n, F2, 172) (dual of [m+n, n, 173]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 173 | Linear OA(2m, m+n, F2, 173) (dual of [m+n, n, 174]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 174 | Linear OA(2m, m+n, F2, 174) (dual of [m+n, n, 175]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 175 | Linear OA(2m, m+n, F2, 175) (dual of [m+n, n, 176]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 176 | Linear OA(2m, m+n, F2, 176) (dual of [m+n, n, 177]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 177 | Linear OA(2m, m+n, F2, 177) (dual of [m+n, n, 178]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 178 | Linear OA(2m, m+n, F2, 178) (dual of [m+n, n, 179]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 179 | Linear OA(2m, m+n, F2, 179) (dual of [m+n, n, 180]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 180 | Linear OA(2m, m+n, F2, 180) (dual of [m+n, n, 181]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 181 | Linear OA(2m, m+n, F2, 181) (dual of [m+n, n, 182]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 182 | Linear OA(2m, m+n, F2, 182) (dual of [m+n, n, 183]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 183 | Linear OA(2m, m+n, F2, 183) (dual of [m+n, n, 184]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 184 | Linear OA(2m, m+n, F2, 184) (dual of [m+n, n, 185]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 185 | Linear OA(2m, m+n, F2, 185) (dual of [m+n, n, 186]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 186 | Linear OA(2m, m+n, F2, 186) (dual of [m+n, n, 187]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 187 | Linear OA(2m, m+n, F2, 187) (dual of [m+n, n, 188]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 188 | Linear OA(2m, m+n, F2, 188) (dual of [m+n, n, 189]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 189 | Linear OA(2m, m+n, F2, 189) (dual of [m+n, n, 190]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 190 | Linear OA(2m, m+n, F2, 190) (dual of [m+n, n, 191]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 191 | Linear OA(2m, m+n, F2, 191) (dual of [m+n, n, 192]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 192 | Linear OA(2m, m+n, F2, 192) (dual of [m+n, n, 193]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 193 | Linear OA(2m, m+n, F2, 193) (dual of [m+n, n, 194]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 194 | Linear OA(2m, m+n, F2, 194) (dual of [m+n, n, 195]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 195 | Linear OA(2m, m+n, F2, 195) (dual of [m+n, n, 196]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 196 | Linear OA(2m, m+n, F2, 196) (dual of [m+n, n, 197]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 197 | Linear OA(2m, m+n, F2, 197) (dual of [m+n, n, 198]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 198 | Linear OA(2m, m+n, F2, 198) (dual of [m+n, n, 199]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 199 | Linear OA(2m, m+n, F2, 199) (dual of [m+n, n, 200]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 200 | Linear OA(2m, m+n, F2, 200) (dual of [m+n, n, 201]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 201 | Linear OA(2m, m+n, F2, 201) (dual of [m+n, n, 202]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 202 | Linear OA(2m, m+n, F2, 202) (dual of [m+n, n, 203]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 203 | Linear OA(2m, m+n, F2, 203) (dual of [m+n, n, 204]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 204 | Linear OA(2m, m+n, F2, 204) (dual of [m+n, n, 205]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 205 | Linear OA(2m, m+n, F2, 205) (dual of [m+n, n, 206]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 206 | Linear OA(2m, m+n, F2, 206) (dual of [m+n, n, 207]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 207 | Linear OA(2m, m+n, F2, 207) (dual of [m+n, n, 208]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 208 | Linear OA(2m, m+n, F2, 208) (dual of [m+n, n, 209]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 209 | Linear OA(2m, m+n, F2, 209) (dual of [m+n, n, 210]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 210 | Linear OA(2m, m+n, F2, 210) (dual of [m+n, n, 211]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 211 | Linear OA(2m, m+n, F2, 211) (dual of [m+n, n, 212]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 212 | Linear OA(2m, m+n, F2, 212) (dual of [m+n, n, 213]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 213 | Linear OA(2m, m+n, F2, 213) (dual of [m+n, n, 214]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 214 | Linear OA(2m, m+n, F2, 214) (dual of [m+n, n, 215]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 215 | Linear OA(2m, m+n, F2, 215) (dual of [m+n, n, 216]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 216 | Linear OA(2m, m+n, F2, 216) (dual of [m+n, n, 217]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 217 | Linear OA(2m, m+n, F2, 217) (dual of [m+n, n, 218]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 218 | Linear OA(2m, m+n, F2, 218) (dual of [m+n, n, 219]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 219 | Linear OA(2m, m+n, F2, 219) (dual of [m+n, n, 220]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 220 | Linear OA(2m, m+n, F2, 220) (dual of [m+n, n, 221]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 221 | Linear OA(2m, m+n, F2, 221) (dual of [m+n, n, 222]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 222 | Linear OA(2m, m+n, F2, 222) (dual of [m+n, n, 223]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 223 | Linear OA(2m, m+n, F2, 223) (dual of [m+n, n, 224]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 224 | Linear OA(2m, m+n, F2, 224) (dual of [m+n, n, 225]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 225 | Linear OA(2m, m+n, F2, 225) (dual of [m+n, n, 226]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 226 | Linear OA(2m, m+n, F2, 226) (dual of [m+n, n, 227]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 227 | Linear OA(2m, m+n, F2, 227) (dual of [m+n, n, 228]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 228 | Linear OA(2m, m+n, F2, 228) (dual of [m+n, n, 229]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 229 | Linear OA(2m, m+n, F2, 229) (dual of [m+n, n, 230]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 230 | Linear OA(2m, m+n, F2, 230) (dual of [m+n, n, 231]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 231 | Linear OA(2m, m+n, F2, 231) (dual of [m+n, n, 232]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 232 | Linear OA(2m, m+n, F2, 232) (dual of [m+n, n, 233]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 233 | Linear OA(2m, m+n, F2, 233) (dual of [m+n, n, 234]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 234 | Linear OA(2m, m+n, F2, 234) (dual of [m+n, n, 235]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 235 | Linear OA(2m, m+n, F2, 235) (dual of [m+n, n, 236]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 236 | Linear OA(2m, m+n, F2, 236) (dual of [m+n, n, 237]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 237 | Linear OA(2m, m+n, F2, 237) (dual of [m+n, n, 238]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 238 | Linear OA(2m, m+n, F2, 238) (dual of [m+n, n, 239]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 239 | Linear OA(2m, m+n, F2, 239) (dual of [m+n, n, 240]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 240 | Linear OA(2m, m+n, F2, 240) (dual of [m+n, n, 241]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 241 | Linear OA(2m, m+n, F2, 241) (dual of [m+n, n, 242]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 242 | Linear OA(2m, m+n, F2, 242) (dual of [m+n, n, 243]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 243 | Linear OA(2m, m+n, F2, 243) (dual of [m+n, n, 244]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 244 | Linear OA(2m, m+n, F2, 244) (dual of [m+n, n, 245]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 245 | Linear OA(2m, m+n, F2, 245) (dual of [m+n, n, 246]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 246 | Linear OA(2m, m+n, F2, 246) (dual of [m+n, n, 247]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 247 | Linear OA(2m, m+n, F2, 247) (dual of [m+n, n, 248]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 248 | Linear OA(2m, m+n, F2, 248) (dual of [m+n, n, 249]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 249 | Linear OA(2m, m+n, F2, 249) (dual of [m+n, n, 250]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 250 | Linear OA(2m, m+n, F2, 250) (dual of [m+n, n, 251]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 251 | Linear OA(2m, m+n, F2, 251) (dual of [m+n, n, 252]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 252 | Linear OA(2m, m+n, F2, 252) (dual of [m+n, n, 253]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 253 | Linear OA(2m, m+n, F2, 253) (dual of [m+n, n, 254]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 254 | Linear OA(2m, m+n, F2, 254) (dual of [m+n, n, 255]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 255 | Linear OA(2m, m+n, F2, 255) (dual of [m+n, n, 256]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 256 | Linear OA(2m, m+n, F2, 256) (dual of [m+n, n, 257]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 257 | Linear OA(2m, m+n, F2, 257) (dual of [m+n, n, 258]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 258 | Linear OA(2m, m+n, F2, 258) (dual of [m+n, n, 259]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 259 | Linear OA(2m, m+n, F2, 259) (dual of [m+n, n, 260]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 260 | Linear OA(2m, m+n, F2, 260) (dual of [m+n, n, 261]-code) with arbitrarily large m for all sufficiently large n | [i] | ||
| 261 | Linear OA(2m, m+n, F2, k) (dual of [m+n, n, k+1]-code) with arbitrarily large values for k and n provided that m is sufficiently large | [i] | ||
| 262 | Linear OA(2256, 277, F2, 112) (dual of [277, 21, 113]-code) | [i] | Juxtaposition | |
| 263 | Linear OA(2195, 211, F2, 88) (dual of [211, 16, 89]-code) | [i] | ||
| 264 | Linear OA(2194, 209, F2, 88) (dual of [209, 15, 89]-code) | [i] | ||
| 265 | Linear OA(2192, 206, F2, 88) (dual of [206, 14, 89]-code) | [i] | ||
| 266 | Linear OA(2191, 204, F2, 88) (dual of [204, 13, 89]-code) | [i] | ||
| 267 | Linear OA(2256, 269, F2, 120) (dual of [269, 13, 121]-code) | [i] | ||
| 268 | Linear OA(2196, 205, F2, 96) (dual of [205, 9, 97]-code) | [i] | ||
| 269 | Linear OA(2256, 265, F2, 128) (dual of [265, 9, 129]-code) | [i] | ||
| 270 | Linear OA(2128, 136, F2, 64) (dual of [136, 8, 65]-code) | [i] | ||
| 271 | Linear OA(2255, 263, F2, 128) (dual of [263, 8, 129]-code) | [i] | ||
| 272 | Linear OA(264, 71, F2, 32) (dual of [71, 7, 33]-code) | [i] | ||
| 273 | Linear OA(2127, 134, F2, 64) (dual of [134, 7, 65]-code) | [i] | ||
| 274 | Linear OA(2102, 111, F2, 48) (dual of [111, 9, 49]-code) | [i] | ||
| 275 | Linear OA(213, 66, F2, 5) (dual of [66, 53, 6]-code) | [i] | Construction X with Cyclic Codes | |
| 276 | Linear OA(217, 258, F2, 5) (dual of [258, 241, 6]-code) | [i] | ||
| 277 | Linear OA(221, 1026, F2, 5) (dual of [1026, 1005, 6]-code) | [i] | ||
| 278 | Linear OA(225, 4098, F2, 5) (dual of [4098, 4073, 6]-code) | [i] | ||
| 279 | Linear OA(229, 16386, F2, 5) (dual of [16386, 16357, 6]-code) | [i] | ||
| 280 | Linear OA(233, 65538, F2, 5) (dual of [65538, 65505, 6]-code) | [i] | ||
| 281 | Linear OA(237, 262146, F2, 5) (dual of [262146, 262109, 6]-code) | [i] | ||
| 282 | Linear OA(241, 1048578, F2, 5) (dual of [1048578, 1048537, 6]-code) | [i] | ||
| 283 | Linear OA(245, 4194306, F2, 5) (dual of [4194306, 4194261, 6]-code) | [i] | ||
| 284 | Linear OA(285, 128, F2, 31) (dual of [128, 43, 32]-code) | [i] | ||
| 285 | Linear OA(2260, 1041, F2, 52) (dual of [1041, 781, 53]-code) | [i] | Construction XX with a Chain of Extended Narrow-Sense BCH Codes | |
| 286 | Linear OA(2242, 574, F2, 52) (dual of [574, 332, 53]-code) | [i] | Construction X with Varšamov Bound | |
| 287 | Linear OA(2243, 576, F2, 52) (dual of [576, 333, 53]-code) | [i] | ||
| 288 | Linear OA(2244, 578, F2, 52) (dual of [578, 334, 53]-code) | [i] | ||
| 289 | Linear OA(2245, 580, F2, 52) (dual of [580, 335, 53]-code) | [i] | ||
| 290 | Linear OA(2249, 393, F2, 66) (dual of [393, 144, 67]-code) | [i] | ||
| 291 | Linear OA(2249, 463, F2, 60) (dual of [463, 214, 61]-code) | [i] | ||
| 292 | Linear OA(2250, 465, F2, 60) (dual of [465, 215, 61]-code) | [i] | ||
| 293 | Linear OA(2249, 576, F2, 54) (dual of [576, 327, 55]-code) | [i] | ||
| 294 | Linear OA(2250, 578, F2, 54) (dual of [578, 328, 55]-code) | [i] | ||
| 295 | Linear OA(2251, 580, F2, 54) (dual of [580, 329, 55]-code) | [i] | ||
| 296 | Linear OA(2251, 467, F2, 60) (dual of [467, 216, 61]-code) | [i] | ||
| 297 | Linear OA(2260, 401, F2, 70) (dual of [401, 141, 71]-code) | [i] | ||
| 298 | Linear OA(2260, 435, F2, 66) (dual of [435, 175, 67]-code) | [i] | ||