Sentence examples for basis functions is described from inspiring English sources

A computational scheme for solving 2D Laplace boundary-value problems using rational functions as the basis functions is described.

A number of new suggestions for data fitting using prolate spheroidal wave functions with a heuristic for optimally choosing the value of c and the number of basis functions are described.

Extended cubic B-spline basis functions are described in Sect. 2.

The supervised NMF methods with learnt instrument basis functions are described below: 1. Monophonic sources In the case of monophonic sources, we propose to use the real-time single-pitch constrained method proposed in [43].

Here arrestin functions are described primarily from the structural prospective.

More specifically, the prediction model, called multivariate radial basis functionmultivariate radial basis function (MRBF), is described by the following relationship: N ̂ c ( t i, t r ) = Θ ( t i, t r ) X c ( t i ) + ∑ c 1 ∈ C 1 w c 1 RBF c 1 ( c ), (16).

The number of basis functions is set to 100.

For example, an overabundance of freeform terms on a surface can lead to unnecessarily large freeform departures and when low-order basis functions are used to describe an optical surface, such as the Zernike polynomials used herein, freeform departure correlates to local slope.

The non-uniform rational B-spline (NURBS) basis functions are employed to exactly describe geometric domains and approximate unknown solutions in finite element analysis (FEA) as well.

Multidimensional basis functions are derived from the product of the orthogonal component basis functions along each dimension.

The radial basis function is a deterministic interpolation that fits selected spatial functions to better describe the observation data (Bishop 1995).