Complete (k, 3)-arcs in projective planes over finite fields are the geometric counterpart of linear non-extendible Near MDS codes of length k and dimension 3. A class of infinite families of complete (k, 3)-arcs in PG(2, q) is constructed, for q a power of an odd prime p equivalent to 2(mod 3). The order of magnitude of k is smaller than q. This property significantly distinguishes the complete (k, 3)-arcs of this paper from the previously known infinite families, whose size differs from q by at most 2 root q
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
Complete (k, 3)-arcs in projective planes over finite fields are the geometric counterpart of linear...
Complete (Formula presented.) -arcs in projective planes over finite fields are the geometric counte...
Complete (Formula presented.) -arcs in projective planes over finite fields are the geometric counte...
Complete (Formula presented.) -arcs in projective planes over finite fields are the geometric counte...
Complete (k, 4)-arcs in projective Galois planes are the geometric counterpart of linear non-ex...
Complete (k, 4)-arcs in projective Galois planes are the geometric counterpart of linear non-ex...
Complete (k, 4)-arcs in projective Galois planes are the geometric counterpart of linear non-ex...
AbstractIn this paper we examine some properties of complete {;k; q};-arcs in projective planes of o...
In this paper, the classification of the (k,3)-arcs in PG(2,8) with respect to type of their lines h...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
AbstractA k-arc K of PG(2, q) is a set of k points no three of which are collinear. If q is even the...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
Complete (k, 3)-arcs in projective planes over finite fields are the geometric counterpart of linear...
Complete (Formula presented.) -arcs in projective planes over finite fields are the geometric counte...
Complete (Formula presented.) -arcs in projective planes over finite fields are the geometric counte...
Complete (Formula presented.) -arcs in projective planes over finite fields are the geometric counte...
Complete (k, 4)-arcs in projective Galois planes are the geometric counterpart of linear non-ex...
Complete (k, 4)-arcs in projective Galois planes are the geometric counterpart of linear non-ex...
Complete (k, 4)-arcs in projective Galois planes are the geometric counterpart of linear non-ex...
AbstractIn this paper we examine some properties of complete {;k; q};-arcs in projective planes of o...
In this paper, the classification of the (k,3)-arcs in PG(2,8) with respect to type of their lines h...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
AbstractA k-arc K of PG(2, q) is a set of k points no three of which are collinear. If q is even the...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...
To each arc of PG(n, q) an algebraic hypersurface is associated. Using this tool new results on comp...