Description Usage Arguments Details Value References Examples
Decomposes a higher order symmetric tensors (e.g. higher order centered and standardized tensorian moments) using Robut Power Tensor Method (RPTM) based on the vectorization provided by Di et al.
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Y |
the symmetric tensorian stored as an array |
center |
column-center the data first, default is |
standardize |
standardize the multivariate data, i.e. convert it to the left singular matrix |
L |
number of outloop, i.e. number of power tensor iterations |
N |
number of inner loop, i.e. steps for each power tensor iteration to converge |
order |
order of the decomposition, 3 or 4 |
rank |
rank of the decomposition |
tol |
tolerance for the inner loop, i.e power tensor iteration, default to be 1e-06 |
See Di et al. 2018. This function does not contruct tensor first. It can only be used directly to the data matrix, and it produces decomposition of the (standardized) moment tensors
A list with eliments
eigenv |
Estimated eigen vectors, sorted by based on eigenl |
eigenl |
Estimated eigen values, sorted from largest to smallest |
w |
The whitening matrix w if |
Di et al.
A Anandkumar et al. Tensor decompositions for learning latent variable models, 2012.
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