AbstractLet k be a field. We are interested in the families of r-dimensional subspaces of kn with the following transversality property: any linear subspace of kn of dimension n-r is transversal to at least one element of the family. While it is known how to build such families in polynomial time over infinite fields k, no such technique is known for finite fields. However, transversal families in dimension n can be built when the field k is large enough with respect to n. We improve here on how large k needs to be with respect to the considered dimension n
In [2] we proved a necessary and sufficient condition for a family of sets to possess a transversal....
AbstractIf V is a vector space over a finite field F, the minimum number of cosets of k-dimensional ...
Abstract. We answer a question by Niederreiter concerning the enumeration of a class of subspaces of...
14 pagesLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
14 pagesLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
14 pagesLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
14 pagesLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
AbstractLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
(eng) Let E be a vector space of dimension n over an infinite field K. We give polynomial time const...
Let E be a vector space of dimension n over an infinite field K. We give polynomial time constructio...
Let E be a vector space of dimension n over an infinite field K. We give polynomial time constructio...
AbstractBurde's theory about p-dimensionalvectorsmodulop (J. Reine Angew. Math. 268/269 (1974) 302–3...
By the assistance of an independence space on a set S with finite rank, this paper presents a way to...
AbstractA k-transversal of a family of sets H is a function g: H → [∪ H]k + 1 satisfying |∪ g[F]| ⩾ ...
In this note we show by a simple direct proof that Folkman’s necessary and sufficient condition for ...
In [2] we proved a necessary and sufficient condition for a family of sets to possess a transversal....
AbstractIf V is a vector space over a finite field F, the minimum number of cosets of k-dimensional ...
Abstract. We answer a question by Niederreiter concerning the enumeration of a class of subspaces of...
14 pagesLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
14 pagesLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
14 pagesLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
14 pagesLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
AbstractLet k be a field. We are interested in the families of r-dimensional subspaces of kn with th...
(eng) Let E be a vector space of dimension n over an infinite field K. We give polynomial time const...
Let E be a vector space of dimension n over an infinite field K. We give polynomial time constructio...
Let E be a vector space of dimension n over an infinite field K. We give polynomial time constructio...
AbstractBurde's theory about p-dimensionalvectorsmodulop (J. Reine Angew. Math. 268/269 (1974) 302–3...
By the assistance of an independence space on a set S with finite rank, this paper presents a way to...
AbstractA k-transversal of a family of sets H is a function g: H → [∪ H]k + 1 satisfying |∪ g[F]| ⩾ ...
In this note we show by a simple direct proof that Folkman’s necessary and sufficient condition for ...
In [2] we proved a necessary and sufficient condition for a family of sets to possess a transversal....
AbstractIf V is a vector space over a finite field F, the minimum number of cosets of k-dimensional ...
Abstract. We answer a question by Niederreiter concerning the enumeration of a class of subspaces of...