Frankl’s conjecture states that in a family of sets closed by union F such that F 6= {∅}, there is an element that belongs to at least half of the sets of F. There are several partial results of this conjecture. For example, it has been shown that families in which the smallest set is of size 1 or 2, or families closed both by union and by intersection are Frankl’s. In this article, by basing ourselves on an unseen recursive definition of the family of sets closed by union, we will define a new class of Frankl’s families. Subsequently, we will evaluate the size of this class for the first 6 values of n. Finally we will show that this class does not coincide with the already known Frankl’s classes
summary:A lattice $L$ is said to satisfy (the lattice theoretic version of) Frankl’s conjecture if t...
AbstractA union closed family A is a finite family of sets such that the union of any two sets in A ...
AbstractLet F be a union-closed family of subsets of an m-element set A. Let n=|F|⩾2 and for a∈A let...
Frankl’s conjecture states that in a family of sets closed by union F such that F 6= {∅}, there is a...
AbstractA union closed (UC) family A is a finite family of sets such that the union of any two sets ...
AbstractA family of sets A is said to be union-closed if {A∪B:A,B∈A}⊂A. Frankl’s conjecture states t...
AbstractA union closed (UC) family A is a finite family of sets such that the union of any two sets ...
Abstract. In 1979 Frankl conjectured that in a finite union-closed family F of finite sets, F = {∅}...
AbstractA union-closed family F is a finite collection of sets not all empty, such that any union of...
Abstract3e use a lower bound on the number of small sets in an ideal to show that for each union-clo...
AbstractA union-closed family F is a finite collection of sets not all empty, such that any union of...
Die Vermutung von Frankl besagt, dass es in jeder unter Vereinigung abgeschlossenen, endlichen Menge...
"A union-closed family is a non-empty finite collection of non-empty sets that is closed under union...
summary:A lattice $L$ is said to satisfy (the lattice theoretic version of) Frankl’s conjecture if t...
summary:A lattice $L$ is said to satisfy (the lattice theoretic version of) Frankl’s conjecture if t...
summary:A lattice $L$ is said to satisfy (the lattice theoretic version of) Frankl’s conjecture if t...
AbstractA union closed family A is a finite family of sets such that the union of any two sets in A ...
AbstractLet F be a union-closed family of subsets of an m-element set A. Let n=|F|⩾2 and for a∈A let...
Frankl’s conjecture states that in a family of sets closed by union F such that F 6= {∅}, there is a...
AbstractA union closed (UC) family A is a finite family of sets such that the union of any two sets ...
AbstractA family of sets A is said to be union-closed if {A∪B:A,B∈A}⊂A. Frankl’s conjecture states t...
AbstractA union closed (UC) family A is a finite family of sets such that the union of any two sets ...
Abstract. In 1979 Frankl conjectured that in a finite union-closed family F of finite sets, F = {∅}...
AbstractA union-closed family F is a finite collection of sets not all empty, such that any union of...
Abstract3e use a lower bound on the number of small sets in an ideal to show that for each union-clo...
AbstractA union-closed family F is a finite collection of sets not all empty, such that any union of...
Die Vermutung von Frankl besagt, dass es in jeder unter Vereinigung abgeschlossenen, endlichen Menge...
"A union-closed family is a non-empty finite collection of non-empty sets that is closed under union...
summary:A lattice $L$ is said to satisfy (the lattice theoretic version of) Frankl’s conjecture if t...
summary:A lattice $L$ is said to satisfy (the lattice theoretic version of) Frankl’s conjecture if t...
summary:A lattice $L$ is said to satisfy (the lattice theoretic version of) Frankl’s conjecture if t...
AbstractA union closed family A is a finite family of sets such that the union of any two sets in A ...
AbstractLet F be a union-closed family of subsets of an m-element set A. Let n=|F|⩾2 and for a∈A let...