AbstractWe generalize a recent idea for constructing codes over a finite field Fq by evaluating a certain collection of polynomials over Fq at elements of an extension field. We show that many codes with the best parameters presently known can be obtained by this construction. In particular, a new linear code, a [40,23,10]-code over F5 is discovered. Moreover, several families of optimal and near-optimal codes can also be obtained by this method. We call a code near-optimal if its minimum distance is within 1 of the known upper bound
The problem of designing a linear code with the largest possible minimum distance, subject to suppor...
This paper surveys parts of the study of divisibility properties of codes. The survey begins with th...
Considering polynomials over the Galois finite fields for two elements, our intention stand over ...
AbstractLet dq(n,k) be the maximum possible minimum Hamming distance of a linear [n,k] code over Fq....
AbstractWe present a lower bound for the minimum distance of certain affine variety codes which is b...
Let $d_{q}(n,k)$ be the maximum possible minimum Hamming distance of a linear [$n,k$] code over $\F_...
AbstractWe study a combinatorial problem for vector spaces over finite fields which generalizes the ...
We give a length-efficient puncturing of Reed-Muller codes which preserves its distance properties. ...
AbstractFor generalized Reed–Muller codes, whenqis large enough, we give the second codeword weight,...
An efficient evaluation method is described for polynomials in finite fields. Its complexity is show...
AbstractLet Fq be the finite field with q elements of characteristic p, Fqm be the extension of degr...
Error control codes have been widely used in data communications and storage systems. One central pr...
Explicit construction of linear codes with best possible parameters is one of the major and challeng...
AbstractLet [n, k, d; q]-codes be linear codes of length n, dimension k and minimum Hamming distance...
In many cases there is a need of exhaustive lists of combinatorial objects of a given type. We consi...
The problem of designing a linear code with the largest possible minimum distance, subject to suppor...
This paper surveys parts of the study of divisibility properties of codes. The survey begins with th...
Considering polynomials over the Galois finite fields for two elements, our intention stand over ...
AbstractLet dq(n,k) be the maximum possible minimum Hamming distance of a linear [n,k] code over Fq....
AbstractWe present a lower bound for the minimum distance of certain affine variety codes which is b...
Let $d_{q}(n,k)$ be the maximum possible minimum Hamming distance of a linear [$n,k$] code over $\F_...
AbstractWe study a combinatorial problem for vector spaces over finite fields which generalizes the ...
We give a length-efficient puncturing of Reed-Muller codes which preserves its distance properties. ...
AbstractFor generalized Reed–Muller codes, whenqis large enough, we give the second codeword weight,...
An efficient evaluation method is described for polynomials in finite fields. Its complexity is show...
AbstractLet Fq be the finite field with q elements of characteristic p, Fqm be the extension of degr...
Error control codes have been widely used in data communications and storage systems. One central pr...
Explicit construction of linear codes with best possible parameters is one of the major and challeng...
AbstractLet [n, k, d; q]-codes be linear codes of length n, dimension k and minimum Hamming distance...
In many cases there is a need of exhaustive lists of combinatorial objects of a given type. We consi...
The problem of designing a linear code with the largest possible minimum distance, subject to suppor...
This paper surveys parts of the study of divisibility properties of codes. The survey begins with th...
Considering polynomials over the Galois finite fields for two elements, our intention stand over ...