Sentence examples for multivariate problem from inspiring English sources

The applicability of this approach in a high dimensional multivariate problem is also discussed.

In this paper we present a general framework for the multivariate problem when data are collected from a combined array.

In conclusion, community safety is a multivariate problem that will require a comprehensive solution involving land use planning, fire-safe construction, and property maintenance.

The utility of Te and Tes models lie in the fact that they take a multivariate problem involving inputs of air temperature, ground temperature, solar radiation, and wind speed and map them into a single thermal metric on a spatial scale appropriate for the animal.

In order to reduce the dimensionality of this multivariate problem and investigate a possible correlation between FA profiles, the kind of hairy root line and the different sampling points, a PCA analysis with the obtained FA data was conducted.

This indicates LM-SP is more suitable than LM-FD for multivariate problems.

It uses quantitative data from an appropriate experimental design to determine and simultaneously solve multivariate problems.

Operations research fits in here, too; OR people made use of evolving mathematical concepts, or devised their own, for solving multivariate problems without necessarily worrying about the particular context of the variables.

It has been shown that junction tree algorithms can provide a quick and efficient method for propagating probabilities in complex multivariate problems when they can be described by a fixed conditional independence structure.

Since its first publication in the beginning of the 1980s, transfer path analysis (TPA) has evolved into a widely used tool for noise and vibration troubleshooting and internal load estimation, for single source and multivariate problems.

Recently, an extension to separable multivariate problems has been given; in this context, the authors have found a matrix representation of the quantum angular momentum, yielding the precise eigenvalues and finite-dimensional vectors that coincide exactly with the spherical harmonics evaluated at a certain set of points.