Publication date
January 2016
DOI Publisher
Springer Science and Business Media LLCAbstract
In this paper, a description of sets of points of PG(3, q) of type (q + 1, n) with respect to the planes is given
In this paper, a description of sets of points of PG(3, q) of type (q + 1, n) with respect to the planes is given
AbstractA set of type-(m,n)S is a set of points of a design with the property that each block of the...
In this paper, sets of points of $\mathrm{PG}(3,q)$ of size $q^2+q+1$ and intersecting every plane i...
In this note we prove that a set of class [1, q+1, 2q+1]_2 in PG(3, q) is either a line, or an ovoid...
In this paper, a description of sets of points of PG(3, q) of type (q + 1, n) with respect to the pl...
In this paper, a description of sets of points of PG(3, q) of type (q + 1, n) with respect to the p...
In this paper a description for sets in PG(3,q) of type (q, n) with respect to planes is given
In this paper, a complete classification of subsets of points of PG(3, q) of type (3, q+3) with res...
In this paper, a complete classification of subsets of points of PG(3, q) of type (3, q + 3) with r...
A set K of type (m,n)2 in the projective space PG(3,q) is a set of points such that every plane cont...
It is proved that a k–set of type (q +1, n)_2 in PG(3, q) either is a plane or it has size k ≥ (q +1...
In this paper (q^2 + q + 1)–sets of points in PG(3, q) of type (m, n, r) with respect to planes are ...
The plane degree g_K(2) of a subset K of PG(3, q) is the greatest integer such that at least a plane...
A characterization of cones in PG(3, q) as sets of points of PG(3, q)of size q^2 + q + 1 projecting ...
A set of points of PG(3; q) of type (m; h)2, with m q, has size k m(q+1). In this paper, some cha...
In this paper, we give two chracterizations of sets of plane-type (0,mq,2mq)_2 in PG(3,q)
AbstractA set of type-(m,n)S is a set of points of a design with the property that each block of the...
In this paper, sets of points of $\mathrm{PG}(3,q)$ of size $q^2+q+1$ and intersecting every plane i...
In this note we prove that a set of class [1, q+1, 2q+1]_2 in PG(3, q) is either a line, or an ovoid...
In this paper, a description of sets of points of PG(3, q) of type (q + 1, n) with respect to the pl...
In this paper, a description of sets of points of PG(3, q) of type (q + 1, n) with respect to the p...
In this paper a description for sets in PG(3,q) of type (q, n) with respect to planes is given
In this paper, a complete classification of subsets of points of PG(3, q) of type (3, q+3) with res...
In this paper, a complete classification of subsets of points of PG(3, q) of type (3, q + 3) with r...
A set K of type (m,n)2 in the projective space PG(3,q) is a set of points such that every plane cont...
It is proved that a k–set of type (q +1, n)_2 in PG(3, q) either is a plane or it has size k ≥ (q +1...
In this paper (q^2 + q + 1)–sets of points in PG(3, q) of type (m, n, r) with respect to planes are ...
The plane degree g_K(2) of a subset K of PG(3, q) is the greatest integer such that at least a plane...
A characterization of cones in PG(3, q) as sets of points of PG(3, q)of size q^2 + q + 1 projecting ...
A set of points of PG(3; q) of type (m; h)2, with m q, has size k m(q+1). In this paper, some cha...
In this paper, we give two chracterizations of sets of plane-type (0,mq,2mq)_2 in PG(3,q)
AbstractA set of type-(m,n)S is a set of points of a design with the property that each block of the...
In this paper, sets of points of $\mathrm{PG}(3,q)$ of size $q^2+q+1$ and intersecting every plane i...
In this note we prove that a set of class [1, q+1, 2q+1]_2 in PG(3, q) is either a line, or an ovoid...
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