MatrixAlgebra: A Set of Functions for Doing Some Calculations on Matrices in...

Description Usage Arguments Value Note See Also Examples

Description

These functions perform some matrix algebra to calculate the log-likelihood function.

Usage

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Eigen(A)
CppSolve(A, B)
LowerChol(A)

Arguments

A

Numeric, symmetric, and positive definite matrix.

B

Numeric matrix or vector.

Value

Eigen(A)) returns the smallest eigen value of A. CppSolve(A, B) solves for X in AX=B. LowerChol(A) return the lower triangular Cholesky decomposition of A.

Note

These functions are NOT exported once the GPM package is loaded.

See Also

Fit to see how a GP model can be fitted to a training dataset.
Predict to use the fitted GP model for prediction.
Draw to plot the response via the fitted model.

Examples

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# see the examples in \code{\link[GPM]{Fit}}

GPM documentation built on May 2, 2019, 12:36 a.m.

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