International audienceWe study the geometrical properties of the subgroups of the multiplicative group of a finite extension of a finite field endowed with its vector space structure, and we show that in some cases the associated projective space has a natural groupe structure. We construct some cyclic codes related to Reed-Muller codes by evaluating polynomials on these subgroups. The geometrical properties of these groups give a fairly simple description of these codes of the Reed-Muller kind
A linear [n, k]-code C is a k-dimensional subspace of V (n, q), where V (n, q) denotes the n-dimensi...
Codes over $F_{qm}$ that form vector spaces over $F_q$ are called $F_q$-linear codes over $F_{qm}$. ...
Projective space of order $n$ over a finite field $GF(q)$, denoted by $\mathcal{P}_{q}(n),$ is a set...
AbstractWe study the geometrical properties of the subgroups of the mutliplicative group of a finite...
We explore the connections between finite geometry and algebraic coding theory, giving a rather full...
Apart from being an interesting and exciting area in combinatorics with beautiful results, finite pr...
We obtain structural results about group ring codes over F[G], where F is a finite field of characte...
International audienceThe classical generalized Reed-Muller codes introduced by Kasami, Lin and Pete...
AbstractThe aim of this paper is to survey relationships between linear block codes over finite fiel...
Two mappings in a finite field, the Frobenius mapping and the cyclic shift mapping, are applied on l...
A linear [n, k]-code C is a k-dimensional subspace of V (n, q), where V (n, q) denotes the n-dimensi...
By a result of W.M. Kantor, any subgroup of GL(n,q) containing a Singer cycle normalizes a field e...
AbstractThis is a survey paper on the geometry of classical groups over finite fields and its applic...
AbstractA group code structure of a linear code is a description of the code as one-sided or two-sid...
Let ℳ denote the Mathieu group on 24 points. Let G be the subgroup of ℳ which has three sets of tran...
A linear [n, k]-code C is a k-dimensional subspace of V (n, q), where V (n, q) denotes the n-dimensi...
Codes over $F_{qm}$ that form vector spaces over $F_q$ are called $F_q$-linear codes over $F_{qm}$. ...
Projective space of order $n$ over a finite field $GF(q)$, denoted by $\mathcal{P}_{q}(n),$ is a set...
AbstractWe study the geometrical properties of the subgroups of the mutliplicative group of a finite...
We explore the connections between finite geometry and algebraic coding theory, giving a rather full...
Apart from being an interesting and exciting area in combinatorics with beautiful results, finite pr...
We obtain structural results about group ring codes over F[G], where F is a finite field of characte...
International audienceThe classical generalized Reed-Muller codes introduced by Kasami, Lin and Pete...
AbstractThe aim of this paper is to survey relationships between linear block codes over finite fiel...
Two mappings in a finite field, the Frobenius mapping and the cyclic shift mapping, are applied on l...
A linear [n, k]-code C is a k-dimensional subspace of V (n, q), where V (n, q) denotes the n-dimensi...
By a result of W.M. Kantor, any subgroup of GL(n,q) containing a Singer cycle normalizes a field e...
AbstractThis is a survey paper on the geometry of classical groups over finite fields and its applic...
AbstractA group code structure of a linear code is a description of the code as one-sided or two-sid...
Let ℳ denote the Mathieu group on 24 points. Let G be the subgroup of ℳ which has three sets of tran...
A linear [n, k]-code C is a k-dimensional subspace of V (n, q), where V (n, q) denotes the n-dimensi...
Codes over $F_{qm}$ that form vector spaces over $F_q$ are called $F_q$-linear codes over $F_{qm}$. ...
Projective space of order $n$ over a finite field $GF(q)$, denoted by $\mathcal{P}_{q}(n),$ is a set...