  
  
  [1XIndex[0X
  
  [2X*[0X  4.2-2
  [2X*[0X  4.2-3
  [2X+[0X  3.3-1
  [2X+[0X  3.3-3
  [2X+[0X  4.2-1
  [2X-[0X  3.3-2
  < >  3.2-1
  < >  4.1-1
  [2X=[0X  3.2-1
  [2X=[0X  4.1-1
  A(n,d)  7.1-7
  acceptable coordinate  7.4-2
  acceptable coordinate  7.4-3
  [2XAClosestVectorComb..MatFFEVecFFECoords[0X  8.1-2
  [2XAClosestVectorCombinationsMatFFEVecFFE[0X  8.1-1
  [2XActionMoebiusTransformationOnDivisorP1 [0X  5.7-18
  [2XActionMoebiusTransformationOnFunction [0X  5.7-17
  [2XAddedElementsCode[0X  6.1-8
  affine code  4.3-13
  [2XAffineCurve[0X  5.7-1
  [2XAffinePointsOnCurve[0X  5.7-2
  [2XAlternantCode[0X  5.2-6
  [2XAmalgamatedDirectSumCode[0X  6.2-7
  [2XAreMOLS[0X  7.3-13
  [2XAsSSortedList[0X  4.5-5
  [2XAugmentedCode[0X  6.1-6
  [2XAutomorphismGroup[0X  4.4-3
  [2XBCHCode[0X  5.5-4
  [2XBestKnownLinearCode[0X  5.2-14
  [2XBinaryGolayCode[0X  5.4-1
  [2XBitFlipDecoder[0X  4.10-5
  [2XBlockwiseDirectSumCode[0X  6.2-8
  Bose distance  5.5-4
  bound, Gilbert-Varshamov lower  7.1-9
  bound, sphere packing lower  7.1-10
  bounds, Elias  7.1-4
  bounds, Griesmer  7.1-5
  bounds, Hamming  7.1-1
  bounds, Johnson  7.1-2
  bounds, Plotkin  7.1-3
  bounds, Singleton  7.1
  bounds, sphere packing bound  7.1-1
  [2XBoundsCoveringRadius[0X  7.2-1
  [2XBoundsMinimumDistance[0X  7.1-13
  [2XBZCode[0X  6.2-11
  [2XBZCodeNC[0X  6.2-12
  check polynomial  4.
  check polynomial  5.5
  [2XCheckMat[0X  4.7-2
  [2XCheckMatCode[0X  5.2-3
  [2XCheckMatCodeMutable[0X  5.2-2
  [2XCheckPol[0X  4.7-4
  [2XCheckPolCode[0X  5.5-2
  [2XCirculantMatrix[0X  7.5-17
  code  4.
  code, (n,M,d)  4.
  code, [n, k, d]r  4.
  code, AG  5.7
  code, alternant  5.2-5
  code, Bose-Chaudhuri-Hockenghem  5.5-3
  code, conference  5.1-2
  code, Cordaro-Wagner  5.2-9
  code, cyclic  4.
  code, Davydov  5.3-2
  code, doubly-even  4.3-10
  code, element test  4.3-1
  code, elements of  4.
  code, evaluation  5.6
  code, even  4.3-12
  code, Fire  5.5-9
  code, Gabidulin  5.3
  code, Golay (binary)  5.4
  code, Golay (ternary)  5.4-2
  code, Goppa (classical)  5.2-6
  code, greedy  5.1-6
  code, Hadamard  5.1-1
  code, Hamming  5.2-3
  code, linear  4.
  code, maximum distance separable  4.3-7
  code, Nordstrom-Robinson  5.1-5
  code, perfect  4.3-6
  code, Reed-Muller  5.2-4
  code, Reed-Solomon  5.5-4
  code, self-dual  4.3-8
  code, self-orthogonal  4.3-9
  code, singly-even  4.3-11
  code, Srivastava  5.2-7
  code, subcode  4.3-2
  code, Tombak  5.3-3
  code, toric  5.6-4
  code, unrestricted  4.
  [2XCodeDensity[0X  7.5-4
  [2XCodeDistanceEnumerator[0X  7.5-2
  [2XCodeIsomorphism[0X  4.4-2
  [2XCodeMacWilliamsTransform[0X  7.5-3
  [2XCodeNorm[0X  7.4-2
  codes, addition  4.2-1
  codes, decoding  4.2-4
  codes, direct sum  4.2-1
  codes, encoding  4.2-3
  codes, product  4.2-2
  [2XCodeWeightEnumerator[0X  7.5-1
  [2XCodeword[0X  3.1-1
  [2XCodewordNr[0X  3.1-2
  codewords, addition  3.3-1
  codewords, cosets  3.3-3
  codewords, subtraction  3.3-2
  [2XCoefficientMultivariatePolynomial[0X  7.6-4
  [2XCoefficientToPolynomial[0X  7.6-8
  conference matrix  5.1-3
  [2XConferenceCode[0X  5.1-3
  [2XConstantWeightSubcode[0X  6.1-18
  [2XConstructionBCode[0X  6.1-13
  [2XConstructionXCode[0X  6.2-9
  [2XConstructionXXCode[0X  6.2-10
  [2XConversionFieldCode[0X  6.1-15
  [2XConwayPolynomial[0X  8.2-1
  [2XCoordinateNorm[0X  7.4-1
  [2XCordaroWagnerCode[0X  5.2-10
  coset  3.3-3
  [2XCosetCode[0X  6.1-17
  covering code  4.8-7
  [2XCoveringRadius[0X  4.8-8
  cyclic  5.5-17
  [2XCyclicCodes[0X  5.5-14
  [2XCyclicMDSCode[0X  5.5-17
  [2XCyclotomicCosets[0X  7.5-12
  [2XDavydovCode[0X  5.3-3
  [2XDecode[0X  4.10-1
  [2XDecodeword[0X  4.10-2
  [2XDecreaseMinimumDistanceUpperBound[0X  4.8-6
  defining polynomial  8.2
  degree  5.7-7
  [2XDegreeMultivariatePolynomial[0X  7.6-2
  [2XDegreesMonomialTerm[0X  7.6-9
  [2XDegreesMultivariatePolynomial[0X  7.6-3
  density of a code  7.5-3
  [2XDimension[0X  4.5-4
  [2XDirectProductCode[0X  6.2-3
  [2XDirectSumCode[0X  6.2-1
  [2XDisplay[0X  4.6-3
  [2XDisplayBoundsInfo[0X  4.6-4
  distance  4.9-3
  [2XDistanceCodeword[0X  3.6-2
  [2XDistancesDistribution[0X  4.9-4
  [2XDistancesDistributionMatFFEVecFFE[0X  8.1-3
  [2XDistancesDistributionVecFFEsVecFFE[0X  8.1-4
  [2XDistanceVecFFE[0X  8.1-6
  divisor  5.7-4
  [2XDivisorAddition [0X  5.7-6
  [2XDivisorAutomorphismGroupP1 [0X  5.7-20
  [2XDivisorDegree [0X  5.7-7
  [2XDivisorGCD [0X  5.7-11
  [2XDivisorIsZero [0X  5.7-9
  [2XDivisorLCM [0X  5.7-12
  [2XDivisorNegate [0X  5.7-8
  [2XDivisorOfRationalFunctionP1 [0X  5.7-14
  [2XDivisorOnAffineCurve[0X  5.7-5
  [2XDivisorsEqual [0X  5.7-10
  [2XDivisorsMultivariatePolynomial[0X  7.6-10
  doubly-even  4.3-9
  [2XDualCode[0X  6.1-14
  [2XElementsCode[0X  5.1-1
  encoder map  4.2-3
  [2XEnlargedGabidulinCode[0X  5.3-2
  [2XEnlargedTombakCode[0X  5.3-5
  equivalent codes  4.4
  [2XEvaluationBivariateCode[0X  5.7-23
  [2XEvaluationBivariateCodeNC[0X  5.7-24
  [2XEvaluationCode[0X  5.6-1
  even  4.3-11
  [2XEvenWeightSubcode[0X  6.1-3
  [2XExhaustiveSearchCoveringRadius[0X  7.2-3
  [2XExpurgatedCode[0X  6.1-5
  [2XExtendedBinaryGolayCode[0X  5.4-2
  [2XExtendedCode[0X  6.1-1
  [2XExtendedDirectSumCode[0X  6.2-6
  [2XExtendedReedSolomonCode[0X  5.5-6
  [2XExtendedTernaryGolayCode[0X  5.4-4
  external distance  7.2-13
  [2XFerreroDesignCode[0X  5.2-11
  [2XFireCode[0X  5.5-10
  [2XFourNegacirculantSelfDualCode[0X  5.5-18
  [2XFourNegacirculantSelfDualCodeNC[0X  5.5-19
  [2XGabidulinCode[0X  5.3-1
  Gary code  7.3-1
  [2XGeneralizedCodeNorm[0X  7.4-4
  [2XGeneralizedReedMullerCode[0X  5.6-3
  [2XGeneralizedReedSolomonCode[0X  5.6-2
  [2XGeneralizedReedSolomonDecoderGao[0X  4.10-3
  [2XGeneralizedReedSolomonListDecoder[0X  4.10-4
  [2XGeneralizedSrivastavaCode[0X  5.2-8
  [2XGeneralLowerBoundCoveringRadius[0X  7.2-4
  [2XGeneralUpperBoundCoveringRadius[0X  7.2-5
  generator polynomial  4.
  generator polynomial  5.5
  [2XGeneratorMat[0X  4.7-1
  [2XGeneratorMatCode[0X  5.2-1
  [2XGeneratorPol[0X  4.7-3
  [2XGeneratorPolCode[0X  5.5-1
  [2XGenusCurve[0X  5.7-3
  GF(p)  8.2
  GF(q)  8.2
  [2XGoppaCode[0X  5.2-7
  [2XGoppaCodeClassical[0X  5.7-22
  [2XGOrbitPoint [0X  5.7-4
  [2XGrayMat[0X  7.3-2
  greatest common divisor  5.7-11
  [2XGreedyCode[0X  5.1-7
  Griesmer code  7.1-6
  [2XGuavaVersion[0X  7.6-6
  Hadamard matrix  5.1-2
  Hadamard matrix  7.3-3
  [2XHadamardCode[0X  5.1-2
  [2XHadamardMat[0X  7.3-4
  Hamming metric  8.1-5
  [2XHammingCode[0X  5.2-4
  [2XHorizontalConversionFieldMat[0X  7.3-10
  hull  6.2-4
  [2Xin[0X  4.3-1
  [2XIncreaseCoveringRadiusLowerBound[0X  7.2-2
  information bits  4.2-4
  [2XInformationWord[0X  4.2-4
  [2XInnerDistribution[0X  4.9-3
  [2XIntersectionCode[0X  6.2-4
  [2XIrreduciblePolynomialsNr[0X  7.5-9
  [2XIsActionMoebiusTransformationOnDivisorDefinedP1 [0X  5.7-19
  [2XIsAffineCode[0X  4.3-14
  [2XIsAlmostAffineCode[0X  4.3-15
  IsCheapConwayPolynomial  8.2-1
  [2XIsCode[0X  4.3-3
  [2XIsCodeword[0X  3.1-3
  [2XIsCoordinateAcceptable[0X  7.4-3
  [2XIsCyclicCode[0X  4.3-5
  [2XIsDoublyEvenCode[0X  4.3-10
  [2XIsEquivalent[0X  4.4-1
  [2XIsEvenCode[0X  4.3-12
  [2XIsFinite[0X  4.5-1
  [2XIsGriesmerCode[0X  7.1-7
  [2XIsInStandardForm[0X  7.3-7
  [2XIsLatinSquare[0X  7.3-12
  [2XIsLinearCode[0X  4.3-4
  [2XIsMDSCode[0X  4.3-7
  [2XIsNormalCode[0X  7.4-5
  [2XIsPerfectCode[0X  4.3-6
  IsPrimitivePolynomial  8.2-2
  [2XIsSelfComplementaryCode[0X  4.3-13
  [2XIsSelfDualCode[0X  4.3-8
  [2XIsSelfOrthogonalCode[0X  4.3-9
  [2XIsSinglyEvenCode[0X  4.3-11
  [2XIsSubset[0X  4.3-2
  [2XKrawtchouk[0X  7.5-6
  [2XKrawtchoukMat[0X  7.3-1
  Latin square  7.3-10
  LDPC  5.8
  least common multiple  5.7-12
  [2XLeftActingDomain[0X  4.5-3
  length  4.
  [2XLengthenedCode[0X  6.1-10
  [2XLexiCode[0X  5.1-8
  linear code  3.
  [2XLowerBoundCoveringRadiusCountingExcess[0X  7.2-9
  [2XLowerBoundCoveringRadiusEmbedded1[0X  7.2-10
  [2XLowerBoundCoveringRadiusEmbedded2[0X  7.2-11
  [2XLowerBoundCoveringRadiusInduction[0X  7.2-12
  [2XLowerBoundCoveringRadiusSphereCovering[0X  7.2-6
  [2XLowerBoundCoveringRadiusVanWee1[0X  7.2-7
  [2XLowerBoundCoveringRadiusVanWee2[0X  7.2-8
  [2XLowerBoundGilbertVarshamov[0X  7.1-10
  [2XLowerBoundMinimumDistance[0X  7.1-9
  [2XLowerBoundSpherePacking[0X  7.1-11
  MacWilliams transform  7.5-2
  [2XMatrixRepresentationOfElement[0X  7.5-10
  [2XMatrixRepresentationOnRiemannRochSpaceP1 [0X  5.7-21
  [2XMatrixTransformationOnMultivariatePolynomial [0X  7.6-1
  maximum distance separable  7.1-1
  MDS  4.3-7
  MDS  5.5-17
  minimum distance  4.
  [2XMinimumDistance[0X  4.8-3
  [2XMinimumDistanceLeon[0X  4.8-4
  [2XMinimumDistanceRandom[0X  4.8-7
  [2XMinimumWeight[0X  4.8-5
  [2XMinimumWeightWords[0X  4.9-1
  [2XMoebiusTransformation [0X  5.7-16
  [2XMOLS[0X  7.3-11
  [2XMOLSCode[0X  5.1-4
  [2XMostCommonInList[0X  7.5-15
  [2XMultiplicityInList[0X  7.5-14
  mutually orthogonal Latin squares  7.3-10
  [2XNearestNeighborDecodewords[0X  4.10-7
  [2XNearestNeighborGRSDecodewords[0X  4.10-6
  [2XNordstromRobinsonCode[0X  5.1-6
  norm of a code  7.4-1
  normal code  7.4-4
  not =  3.2-1
  not =  4.1-1
  [2XNrCyclicCodes[0X  5.5-15
  [2XNullCode[0X  5.5-12
  [2XNullWord[0X  3.6-1
  [2XOnePointAGCode[0X  5.7-25
  [2XOptimalityCode[0X  5.2-13
  order of polynomial  5.5-10
  [2XOuterDistribution[0X  4.9-5
  Parity check  6.1
  parity check matrix  4.
  perfect  7.1-1
  perfect code  7.5-4
  permutation equivalent codes  4.4
  PermutationAutomorphismGroup  4.4-3
  [2XPermutationAutomorphismGroup[0X  4.4-4
  [2XPermutationDecode[0X  4.10-11
  [2XPermutationDecodeNC[0X  4.10-12
  [2XPermutedCode[0X  6.1-4
  [2XPermutedCols[0X  7.3-8
  [2XPiecewiseConstantCode[0X  6.1-20
  point  5.7-1
  [2XPolyCodeword[0X  3.4-2
  primitive element  8.2
  [2XPrimitivePolynomialsNr[0X  7.5-8
  [2XPrimitiveUnityRoot[0X  7.5-7
  [2XPrint[0X  4.6-1
  [2XPuncturedCode[0X  6.1-2
  [2XPutStandardForm[0X  7.3-6
  [2XQCLDPCCodeFromGroup[0X  5.8-1
  [2XQQRCode[0X  5.5-9
  [2XQQRCodeNC[0X  5.5-8
  [2XQRCode[0X  5.5-7
  [2XQuasiCyclicCode[0X  5.5-16
  [2XRandomCode[0X  5.1-5
  [2XRandomLinearCode[0X  5.2-12
  [2XRandomPrimitivePolynomial[0X  8.2-2
  reciprocal polynomial  7.5-10
  [2XReciprocalPolynomial[0X  7.5-11
  [2XRedundancy[0X  4.8-2
  [2XReedMullerCode[0X  5.2-5
  [2XReedSolomonCode[0X  5.5-5
  [2XRemovedElementsCode[0X  6.1-7
  [2XRepetitionCode[0X  5.5-13
  [2XResidueCode[0X  6.1-12
  [2XRiemannRochSpaceBasisFunctionP1 [0X  5.7-13
  [2XRiemannRochSpaceBasisP1 [0X  5.7-15
  [2XRootsCode[0X  5.5-3
  [2XRootsOfCode[0X  4.7-5
  [2XRotateList[0X  7.5-16
  self complementary code  4.3-12
  self-dual  5.5-18
  self-dual  6.1-14
  self-orthogonal  4.3-8
  [2XSetCoveringRadius[0X  4.8-9
  [2XShortenedCode[0X  6.1-9
  singly-even  4.3-10
  size  4.
  [2XSize[0X  4.5-2
  [2XSolveLinearSystem[0X  7.6-5
  [2XSphereContent[0X  7.5-5
  [2XSrivastavaCode[0X  5.2-9
  standard form  7.3-5
  [2XStandardArray[0X  4.10-10
  [2XStandardFormCode[0X  6.1-19
  strength  7.2-15
  [2XString[0X  4.6-2
  [2XSubCode[0X  6.1-11
  [2XSupport[0X  3.6-3
  support  5.7-4
  [2XSylvesterMat[0X  7.3-3
  [2XSyndrome[0X  4.10-8
  syndrome table  4.10-9
  [2XSyndromeTable[0X  4.10-9
  t(n,k)  4.8-7
  [2XTernaryGolayCode[0X  5.4-3
  [2XTombakCode[0X  5.3-4
  [2XToricCode[0X  5.6-5
  [2XToricPoints[0X  5.6-4
  [2XTraceCode[0X  6.1-16
  [2XTreatAsPoly[0X  3.5-2
  [2XTreatAsVector[0X  3.5-1
  [2XUnionCode[0X  6.2-5
  [2XUpperBound[0X  7.1-8
  [2XUpperBoundCoveringRadiusCyclicCode[0X  7.2-17
  [2XUpperBoundCoveringRadiusDelsarte[0X  7.2-14
  [2XUpperBoundCoveringRadiusGriesmerLike[0X  7.2-16
  [2XUpperBoundCoveringRadiusRedundancy[0X  7.2-13
  [2XUpperBoundCoveringRadiusStrength[0X  7.2-15
  [2XUpperBoundElias[0X  7.1-5
  [2XUpperBoundGriesmer[0X  7.1-6
  [2XUpperBoundHamming[0X  7.1-2
  [2XUpperBoundJohnson[0X  7.1-3
  [2XUpperBoundMinimumDistance[0X  7.1-12
  [2XUpperBoundPlotkin[0X  7.1-4
  [2XUpperBoundSingleton[0X  7.1-1
  [2XUUVCode[0X  6.2-2
  [2XVandermondeMat[0X  7.3-5
  [2XVectorCodeword[0X  3.4-1
  [2XVerticalConversionFieldMat[0X  7.3-9
  weight enumerator polynomial  7.5
  [2XWeightCodeword[0X  3.6-4
  [2XWeightDistribution[0X  4.9-2
  [2XWeightHistogram[0X  7.5-13
  [2XWeightVecFFE[0X  8.1-5
  [2XWholeSpaceCode[0X  5.5-11
  [2XWordLength[0X  4.8-1
  [2XZechLog[0X  7.6-7
  
  
  -------------------------------------------------------
