AbstractAn elementary introduction to lattices, integration lattices and lattice rules is followed by a description of the role of the dual lattice in assessing the trigonometric degree of a lattice rule. The connection with the classical lattice-packing problem is established: any s-dimensional cubature rule can be associated with an index ρ=δs/s!N, where δ is the enhanced degree of the rule and N its abscissa count. For lattice rules, this is the packing factor of the associated dual lattice with respect to the unit s-dimensional octahedron.An individual cubature rule may be represented as a point on a plot of ρ against δ. Two of these plots are presented. They convey a clear idea of the relative cost-effectiveness of various individual r...
Lattice rules are quasi-Monte Carlo methods for numerical multiple integration that are based on the...
The lattice size of a lattice polytope is a geometric invariant which was formally introduced in the...
Abstract. A systematic search for optimal lattice rules of specified trigonometric degree d over the...
AbstractAn elementary introduction to lattices, integration lattices and lattice rules is followed b...
AbstractWe describe the results of a computer-based search for five and six-dimensional lattice rule...
The continuing and widespread use of lattice rules for high-dimensional numerical quadrature is driv...
The continuing and widespread use of lattice rules for high-dimensional numerical quadrature is driv...
The continuing and widespread use of lattice rules for high-dimensional numerical quadrature is driv...
In this paper some of the results of a recent computer search [CoLy99] for optimal three- and four-d...
For high dimensional numerical integration, lattice rules have long been seen as point sets with a p...
High-dimensional integrals arise in a variety of areas, including quantum physics, the physics and c...
AbstractWe consider lattice rules (i.e. cubature formulas with equal coefficients whose nodes lie on...
In this paper some of the results of a recent computer search [CoLy99] for optimal three- and four-d...
Lattice rules are a type of integration rules designed for periodic multivariate functions on a unit...
High-dimensional integrals arise in a variety of areas, including quantum physics, the physics and c...
Lattice rules are quasi-Monte Carlo methods for numerical multiple integration that are based on the...
The lattice size of a lattice polytope is a geometric invariant which was formally introduced in the...
Abstract. A systematic search for optimal lattice rules of specified trigonometric degree d over the...
AbstractAn elementary introduction to lattices, integration lattices and lattice rules is followed b...
AbstractWe describe the results of a computer-based search for five and six-dimensional lattice rule...
The continuing and widespread use of lattice rules for high-dimensional numerical quadrature is driv...
The continuing and widespread use of lattice rules for high-dimensional numerical quadrature is driv...
The continuing and widespread use of lattice rules for high-dimensional numerical quadrature is driv...
In this paper some of the results of a recent computer search [CoLy99] for optimal three- and four-d...
For high dimensional numerical integration, lattice rules have long been seen as point sets with a p...
High-dimensional integrals arise in a variety of areas, including quantum physics, the physics and c...
AbstractWe consider lattice rules (i.e. cubature formulas with equal coefficients whose nodes lie on...
In this paper some of the results of a recent computer search [CoLy99] for optimal three- and four-d...
Lattice rules are a type of integration rules designed for periodic multivariate functions on a unit...
High-dimensional integrals arise in a variety of areas, including quantum physics, the physics and c...
Lattice rules are quasi-Monte Carlo methods for numerical multiple integration that are based on the...
The lattice size of a lattice polytope is a geometric invariant which was formally introduced in the...
Abstract. A systematic search for optimal lattice rules of specified trigonometric degree d over the...