This paper extends to any rank n a previous classification result [4, 5], on rank 3 geometries with affine planes and dual affine point residues.Let Г be a rank n incidence geometry of points, lines, ..., hyperplanes, the hyperplanes of which are affine spaces, the point residues of which are dual affine spaces and which satisfies Axiom [A]: any two points of Г are incident with at most one line.Such a geometry is necessarily isomorphic to the incidence structure obtained from any n-dimensional affine space A either by deleting a point and all subspaces of A incident with that point or by deleting a direction of lines and all subspaces of A parallel to that direction
AbstractA study is made of two generalizations of affine Hjelmslev planes in which the parallel axio...
We prove that there exist S-spaces containing an arbitrary number of non-isomorphic affine planes of...
AbstractThe classical projective and affine geometries can be described as geometries in which each ...
This paper extends to any rank n a previous classification result [4, 5], on rank 3 geometries with ...
AbstractLet Γ be a rank 3 incidence geometry of points, lines and planes. This paper classifies all ...
Let Γ be a rank 3 incidence geometry of points, lines and planes. This paper classifies all finite g...
AbstractAn Af∗.Af geometry of order q is a residually connected rank three geometry where planes are...
AbstractFinite geometries in which each plane is projective or dual affine over the field of two ele...
Let Γ be a rank three incidence geometry of points, lines and planes whose planes are linear spaces ...
AbstractWe investigate the partial linear spaces, fully embedded in an affine space AG(n,q) with the...
AbstractThe finite planar spaces containing at least one pair of planes intersecting in exactly one ...
AbstractIt is the purpose of this research note to give an overview of the recent results on full em...
AbstractWe prove that a rank d geometry satisfying the “Intersection Property” and belonging to the ...
AbstractLet π be a generalized projective geometry and i ϵ Z+ such that some i-dimensional subspace ...
AbstractWe consider geometries belonging to the following diagram of rank n ⩾ 4,We prove that when n...
AbstractA study is made of two generalizations of affine Hjelmslev planes in which the parallel axio...
We prove that there exist S-spaces containing an arbitrary number of non-isomorphic affine planes of...
AbstractThe classical projective and affine geometries can be described as geometries in which each ...
This paper extends to any rank n a previous classification result [4, 5], on rank 3 geometries with ...
AbstractLet Γ be a rank 3 incidence geometry of points, lines and planes. This paper classifies all ...
Let Γ be a rank 3 incidence geometry of points, lines and planes. This paper classifies all finite g...
AbstractAn Af∗.Af geometry of order q is a residually connected rank three geometry where planes are...
AbstractFinite geometries in which each plane is projective or dual affine over the field of two ele...
Let Γ be a rank three incidence geometry of points, lines and planes whose planes are linear spaces ...
AbstractWe investigate the partial linear spaces, fully embedded in an affine space AG(n,q) with the...
AbstractThe finite planar spaces containing at least one pair of planes intersecting in exactly one ...
AbstractIt is the purpose of this research note to give an overview of the recent results on full em...
AbstractWe prove that a rank d geometry satisfying the “Intersection Property” and belonging to the ...
AbstractLet π be a generalized projective geometry and i ϵ Z+ such that some i-dimensional subspace ...
AbstractWe consider geometries belonging to the following diagram of rank n ⩾ 4,We prove that when n...
AbstractA study is made of two generalizations of affine Hjelmslev planes in which the parallel axio...
We prove that there exist S-spaces containing an arbitrary number of non-isomorphic affine planes of...
AbstractThe classical projective and affine geometries can be described as geometries in which each ...