#' Default hyperparameter experimental test design for a single-hidden layer undercomplete
#' autoencoder neural netowrk.
#'
#'@section Information: A .rda dataset containing the factors and levels of 600-test trial designed experiment
#' generated in JMP Pro v12.1. The designed experiment is a flexible space filling design
#' for 9 test design factors.
#'
#' @format A dataset with 600 rows and 12 features; 9-test design features, 1-response
#' variable feature, and 1-design point index feature
#'
#' \itemize{
#' \item{\strong{Subset_Split: }}{Categorical 3-level factor; describes the subset to use
#' in the Autoencoder}
#' \item{\strong{Design_Point: }}{An index of each test point}
#' \item{\strong{Activatino_Function: }}{Categroical 2-level factor; describes the activation
#' function within each neuron in the neural network}
#' \item{\strong{Input_DO_Rate: }}{Continuous multi-level factor; describes the Dropout
#' rate of the input layer neurons}
#' \item{\strong{Hidden_DO_Rate: }}{Continuous multi-level factor; describes the Dropout
#' rate of the hidden layer neurons}
#' \item{\strong{Initial_Weight_Distribution: }}{Categorical 3-level factor; describes the
#' distribution by which the initial weights of the autoencoder neural network
#' are generated}
#' \item{\strong{Data_Scale: }}{Categorical 3-level factor; describes the range to which
#' the training and test subset data is scaled.}
#' \item{\strong{Rho: }}{Continuous multi-level factor; describes the value of the rho parameter
#' for the ADADELTA learning procedure}
#' \item{\strong{Epsilon: }}{Continuous multi-level factor; describes the value of the epsilon
#' parameter for the ADADELTA learning procedure}
#' \item{\strong{Shuffle_Train_Data: }}{Categorical 2-level factor; boolean value indicating
#' if the training data should be randomly shuffled during neural network training}
#' \item{\strong{Y: }}{Placeholder for the response value measurement}
#' }
"testDesignShiny"
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