We give the distribution functions, the expected values, and the moments of linear combinations of lattice polynomials from the uniform distribution. Linear combinations of lattice polynomials, which include weighted sums, linear combinations of order statistics, and lattice polynomials, are actually those continuous functions that reduce to linear functions on each simplex of the standard triangulation of the unit cube. They are mainly used in aggregation theory, combinatorial optimization, and game theory, where they are known as discrete Choquet integrals and Lovász extensions.
Polynomials are common algebraic structures, which are often used to approximate functions, such as ...
peer reviewedWe discuss several characterizations of discrete Sugeno integrals over bounded distribu...
AbstractWe define the concept of weighted lattice polynomial functions as lattice polynomial functio...
We give the distribution functions, the expected values, and the moments of linear combinations of l...
AbstractWe study the moments and the distribution of the discrete Choquet integral when regarded as ...
peer reviewedWe give the cumulative distribution functions, the expected values, and the moments of ...
peer reviewedWe study the moments and the distribution of the discrete Choquet integral when regarde...
AbstractWe give the cumulative distribution functions, the expected values, and the moments of weigh...
In the first part of this presentation we define the concept of weighted lattice polynomials as latt...
peer reviewedWe give the cumulative distribution functions, the expected values, and the moments of ...
peer reviewedWe investigate the distribution functions and the moments of the so-called Choquet inte...
peer reviewedWe define the concept of weighted lattice polynomial functions as lattice polynomial fu...
High-dimensional integrals arise in a variety of areas, including quantum physics, the physics and c...
AbstractThe concept of permutograph is introduced and properties of integral functions on permutogra...
peer reviewedTwo emergent properties in aggregation theory are investigated, namely horizontal maxit...
Polynomials are common algebraic structures, which are often used to approximate functions, such as ...
peer reviewedWe discuss several characterizations of discrete Sugeno integrals over bounded distribu...
AbstractWe define the concept of weighted lattice polynomial functions as lattice polynomial functio...
We give the distribution functions, the expected values, and the moments of linear combinations of l...
AbstractWe study the moments and the distribution of the discrete Choquet integral when regarded as ...
peer reviewedWe give the cumulative distribution functions, the expected values, and the moments of ...
peer reviewedWe study the moments and the distribution of the discrete Choquet integral when regarde...
AbstractWe give the cumulative distribution functions, the expected values, and the moments of weigh...
In the first part of this presentation we define the concept of weighted lattice polynomials as latt...
peer reviewedWe give the cumulative distribution functions, the expected values, and the moments of ...
peer reviewedWe investigate the distribution functions and the moments of the so-called Choquet inte...
peer reviewedWe define the concept of weighted lattice polynomial functions as lattice polynomial fu...
High-dimensional integrals arise in a variety of areas, including quantum physics, the physics and c...
AbstractThe concept of permutograph is introduced and properties of integral functions on permutogra...
peer reviewedTwo emergent properties in aggregation theory are investigated, namely horizontal maxit...
Polynomials are common algebraic structures, which are often used to approximate functions, such as ...
peer reviewedWe discuss several characterizations of discrete Sugeno integrals over bounded distribu...
AbstractWe define the concept of weighted lattice polynomial functions as lattice polynomial functio...