dl-4-tsc by Fawaz et al compares deep learning classifiers on 128 univariate datasets and 12 multivariate datasets.
It would be good in the first instance to be able to compare results produced here to the multivariate case to gauge the performances on simplified multivariate data.
The following table contains the averaged accuracy over 10 runs of each implemented model on the MTS archive, with the
standard deviation between parentheses.
Then by running: $ python main.py transform_mts_to_ucr_formatN.B Empty folders with the names of the datasets found in mtsdata needed to be created first in transformerd-mtsdatabefore running the above command.
With this inclusion, it may be desirable to refactor how one loads data into astronet.t2.train.py and astronet.t2.opt.hypertrain.py as there will be many more to list in an if/else block now, this may be better served in astronet.t2.utils.py perhaps
dl-4-tsc
by Fawaz et al compares deep learning classifiers on 128 univariate datasets and 12 multivariate datasets.It would be good in the first instance to be able to compare results produced here to the multivariate case to gauge the performances on simplified multivariate data.
Show below is a snapshot of the results shown in the repository as of https://github.com/hfawaz/dl-4-tsc/commit/3ee62e16e118e4f5cfa86d01661846dfa75febfa
The MTS data has been downloaded from: http://www.mustafabaydogan.com/files/viewcategory/20-data-sets.html and the processed using
dl-4-tsc/utils/utils.py
with this change:Then by running:
$ python main.py transform_mts_to_ucr_format
N.B Empty folders with the names of the datasets found inmtsdata
needed to be created first intransformerd-mtsdata
before running the above command.With this inclusion, it may be desirable to refactor how one loads data into
astronet.t2.train.py
andastronet.t2.opt.hypertrain.py
as there will be many more to list in anif/else
block now, this may be better served inastronet.t2.utils.py
perhaps