Codes defined through the row-span over finite fields of incidence matrices of designs have many properties that can be deduced from the combinatorial properties of the designs. In particular those codes that come from designs defined by finite geometries have been used both in applications and for classification purposes within design theory. We look here at their applicability to a method of decoding that was introduced by MacWilliams in the early 60s, viz. permutation decoding. Her notion of PD-sets is generalized to that of partial PD-sets that can be used to correct some number of errors possibly less than the full capability of the code. These have been found for some infinite classes of codes from finite planes and graphs
Permutation decoding is a technique, developed by Jessie McWilliams in 1960\u27s. It involves findin...
AbstractWe determine information sets for the generalized Reed–Muller codes and use these to apply p...
The generalized Paley graphs GP (q, k) are a generalization of the well-known Paley graphs. Codes de...
For any prime p, we consider p-ary linear codes obtained from the row span of incidence matrices of ...
We determine information sets for the generalized Reed–Muller codes and use these to apply partial p...
We determine information sets for the generalized Reed–Muller codes and use these to apply partial p...
AbstractWe determine to what extent permutation decoding can be used for the codes from desarguesian...
For any prime $p$ let $C_p(G)$ be the $p$-ary code spanned by the rows of the incidence matrix $G$ ...
AbstractBy finding explicit PD sets, we show that permutation decoding can be used for the binary co...
AbstractWe determine information sets for the generalized Reed–Muller codes and use these to apply p...
AbstractWe determine to what extent permutation decoding can be used for the codes from desarguesian...
AbstractWe replace the usual setting for error-correcting codes (i.e. vector spaces over finite fiel...
AbstractWe examine the binary codes obtained from the row span over the field F2 of an adjacency mat...
Explicit PD-sets are found for partial permutation decoding of the generalized Reed-Muller codes fro...
Explicit PD-sets are found for partial permutation decoding of the generalized Reed-Muller codes fro...
Permutation decoding is a technique, developed by Jessie McWilliams in 1960\u27s. It involves findin...
AbstractWe determine information sets for the generalized Reed–Muller codes and use these to apply p...
The generalized Paley graphs GP (q, k) are a generalization of the well-known Paley graphs. Codes de...
For any prime p, we consider p-ary linear codes obtained from the row span of incidence matrices of ...
We determine information sets for the generalized Reed–Muller codes and use these to apply partial p...
We determine information sets for the generalized Reed–Muller codes and use these to apply partial p...
AbstractWe determine to what extent permutation decoding can be used for the codes from desarguesian...
For any prime $p$ let $C_p(G)$ be the $p$-ary code spanned by the rows of the incidence matrix $G$ ...
AbstractBy finding explicit PD sets, we show that permutation decoding can be used for the binary co...
AbstractWe determine information sets for the generalized Reed–Muller codes and use these to apply p...
AbstractWe determine to what extent permutation decoding can be used for the codes from desarguesian...
AbstractWe replace the usual setting for error-correcting codes (i.e. vector spaces over finite fiel...
AbstractWe examine the binary codes obtained from the row span over the field F2 of an adjacency mat...
Explicit PD-sets are found for partial permutation decoding of the generalized Reed-Muller codes fro...
Explicit PD-sets are found for partial permutation decoding of the generalized Reed-Muller codes fro...
Permutation decoding is a technique, developed by Jessie McWilliams in 1960\u27s. It involves findin...
AbstractWe determine information sets for the generalized Reed–Muller codes and use these to apply p...
The generalized Paley graphs GP (q, k) are a generalization of the well-known Paley graphs. Codes de...