tEIGdwht: Tensor Eigenvalue Decomposition Using the Discrete...

In rTensor2: MultiLinear Algebra

Tensor Eigenvalue Decomposition Using the Discrete Walsh-Hadamard Transform

Description

Performs a Eigenvalue decomposition of 3-mode tensor using the discrete Walsh-Hadamard transform.

Usage

tEIGdwht(tnsr)

Arguments

tnsr	: a 3-mode tensor

Value

a Tensor-class object

If Eigenvalue decomposition is performed on a n x n x k tensor, the components in the returned value are:

P: A tensor of Eigenvectors (n x n x k)

D: An diagonal tensor of Eigenvalues (n x n x k)

Author(s)

Kyle Caudle [e-mail]

Examples

require(rTensor)
T <- rand_tensor(modes=c(2,2,4))
print(tEIGdwht(T))

rTensor2 documentation built on Aug. 14, 2022, 9:05 a.m.