We study the trigonometric degree of pairs of embedded cubature rules for the approximation of two-dimensional integrals, where the basic cubature rule is a Fibonacci lattice rule. The embedded cubature rule is constructed by simply doubling the points which results in adding a shifted version of the basic Fibonacci rule. An explicit expression is derived for the trigonometric degree of this particular extension of the Fibonacci rule based on the index of the Fibonacci number. © Springer-Verlag Berlin Heidelberg 2009.status: publishe
AbstractTwo-dimensional lattice rules are applied to continuous functions over the unit square which...
High-dimensional integrals arise in a variety of areas, including quantum physics, the physics and c...
We study the Fibonacci Sets from the point of view of their quantity with respect to discrep...
We study the trigonometric degree of pairs of embedded cubature rules for the approximation of two-d...
We study the trigonometric degree of pairs of embedded cubature rules for the approximation of two-d...
In this talk I start with introducing lattice rules for numerical integration with the trigonometric...
AbstractAn elementary introduction to lattices, integration lattices and lattice rules is followed b...
We study the properties of a special rank-$1$ point set in $2$ dimensions --- Fibonacci lattice poin...
We study the properties of a special rank-$1$ point set in $2$ dimensions --- Fibonacci lattice poin...
AbstractThe method of constructing minimal cubature rules with high algebraic degrees of exactness i...
AbstractTwo-dimensional lattice rules are applied to continuous functions over the unit square which...
We give an explicit formula for the figure of merit ρN of 2-dimensional rank 2 lattice rules in term...
AbstractWe describe the results of a computer-based search for five and six-dimensional lattice rule...
In this paper some of the results of a recent computer search [CoLy99] for optimal three- and four-d...
AbstractWe consider lattice rules (i.e. cubature formulas with equal coefficients whose nodes lie on...
AbstractTwo-dimensional lattice rules are applied to continuous functions over the unit square which...
High-dimensional integrals arise in a variety of areas, including quantum physics, the physics and c...
We study the Fibonacci Sets from the point of view of their quantity with respect to discrep...
We study the trigonometric degree of pairs of embedded cubature rules for the approximation of two-d...
We study the trigonometric degree of pairs of embedded cubature rules for the approximation of two-d...
In this talk I start with introducing lattice rules for numerical integration with the trigonometric...
AbstractAn elementary introduction to lattices, integration lattices and lattice rules is followed b...
We study the properties of a special rank-$1$ point set in $2$ dimensions --- Fibonacci lattice poin...
We study the properties of a special rank-$1$ point set in $2$ dimensions --- Fibonacci lattice poin...
AbstractThe method of constructing minimal cubature rules with high algebraic degrees of exactness i...
AbstractTwo-dimensional lattice rules are applied to continuous functions over the unit square which...
We give an explicit formula for the figure of merit ρN of 2-dimensional rank 2 lattice rules in term...
AbstractWe describe the results of a computer-based search for five and six-dimensional lattice rule...
In this paper some of the results of a recent computer search [CoLy99] for optimal three- and four-d...
AbstractWe consider lattice rules (i.e. cubature formulas with equal coefficients whose nodes lie on...
AbstractTwo-dimensional lattice rules are applied to continuous functions over the unit square which...
High-dimensional integrals arise in a variety of areas, including quantum physics, the physics and c...
We study the Fibonacci Sets from the point of view of their quantity with respect to discrep...