AbstractIn this note, we consider the notion of simple components of a linear code over the field F and show that linear codes C and C′ are equivalent if and only if there exists an additive Hamming isometry f sending C onto C′ whose restriction to simple components of C are semi-linear. In case where F is of prime order, f is a linear map but in general f cannot always be taken to be globally semi-linear. We give an example where the restrictions of f to simple components must have different associated automorphisms
linear codes C and C ′ of length n are (permutation)-equivalent if for some permutation σ of In = {1...
International audienceThe paper deals with the problem of deciding if two finite-dimensional linear ...
A linear [n, k] code of length n and dimension k over Fq = GF (q) is a k-dimensional vector subspace...
AbstractIn this note, we consider the notion of simple components of a linear code over the field F ...
When discussing equivalent codes, the literature tends to define equivalence differently for linear ...
Detection and error capabilities are preserved when applying to a linear code an isomorphism which ...
Detection and error capabilities are preserved when applying to a linear code an isomorphism which ...
Detection and error capabilities are preserved when applying to a linear code an isomorphism which p...
Certain equivalent conditions are given for the semilinear equivalence of linear codes by using the ...
The version of record is available online at: 10.1007/s10623-022-01055-xWe prove that if two linear ...
International audienceThe linear code equivalence problem is to decide whether two linear codes over...
In this paper, we prove the following theorem due to MacWilliams. Two codes are equivalent if and on...
International audienceThe linear code equivalence problem is to decide whether two linear codes over...
The famous MacWilliams Extension Theorem states that for classical codes each linear Hamming isometr...
AbstractThe two 1-error correcting perfect binary codes, C and C′ are said to be equivalent if there...
linear codes C and C ′ of length n are (permutation)-equivalent if for some permutation σ of In = {1...
International audienceThe paper deals with the problem of deciding if two finite-dimensional linear ...
A linear [n, k] code of length n and dimension k over Fq = GF (q) is a k-dimensional vector subspace...
AbstractIn this note, we consider the notion of simple components of a linear code over the field F ...
When discussing equivalent codes, the literature tends to define equivalence differently for linear ...
Detection and error capabilities are preserved when applying to a linear code an isomorphism which ...
Detection and error capabilities are preserved when applying to a linear code an isomorphism which ...
Detection and error capabilities are preserved when applying to a linear code an isomorphism which p...
Certain equivalent conditions are given for the semilinear equivalence of linear codes by using the ...
The version of record is available online at: 10.1007/s10623-022-01055-xWe prove that if two linear ...
International audienceThe linear code equivalence problem is to decide whether two linear codes over...
In this paper, we prove the following theorem due to MacWilliams. Two codes are equivalent if and on...
International audienceThe linear code equivalence problem is to decide whether two linear codes over...
The famous MacWilliams Extension Theorem states that for classical codes each linear Hamming isometr...
AbstractThe two 1-error correcting perfect binary codes, C and C′ are said to be equivalent if there...
linear codes C and C ′ of length n are (permutation)-equivalent if for some permutation σ of In = {1...
International audienceThe paper deals with the problem of deciding if two finite-dimensional linear ...
A linear [n, k] code of length n and dimension k over Fq = GF (q) is a k-dimensional vector subspace...