#' Performance of different approximative SVM solvers
#'
#' A dataset containing the Pareto Fronts of differen approximative SVM sovlers
#' with respect to the objectives accuary and training time. A priori a multi-
#' objective parameter tuning has been done for every solver, the resulting
#' Pareto fronts of 10 independent optimizations runs on 4 data sets are given
#'
#' @format A data frame with 994 rows and 5 variables:
#' \describe{
#' \item{dataset}{Pareto front on which datatset}
#' \item{solver}{Pareto front for which SVM solver}
#' \item{repl}{number of replication}
#' \item{error}{first performance measure - error = 1 - accuary}
#' \item{execTime}{second performance measure - the training time}
#' }
"apprSVMParetoFronts"
#' Performance of different approximative SVM solvers
#'
#' A dataset containing the Pareto Fronts of differen approximative SVM sovlers
#' with respect to the objectives accuary and training time. A priori a multi-
#' objective parameter tuning has been done for every solver, the resulting
#' Pareto fronts of 10 independent optimizations runs on 4 data sets are given.
#' In contrast to the dataset \code{apprSVMParetoFronts} here each solver was
#' allowed to use subsampling as addition approximation strategy. The
#' subsampling rate itself was a parameter of the multi-objective tuning.
#'
#' @format A data frame with 3109 rows and 5 variables:
#' \describe{
#' \item{dataset}{Pareto front on which datatset}
#' \item{solver}{Pareto front for which SVM solver}
#' \item{repl}{number of replication}
#' \item{error}{first performance measure - error = 1 - accuary}
#' \item{execTime}{second performance measure - the training time}
#' }
"apprSubsampleSVMParetoFronts"
#'
#' Validation of the method \link{selectPortfolio} using artificial
#' data from \link{generateValidationData}.
#'
#' Details of the experiment are given in the paper Multi-Objective Selection of
#' AlgorithmPortfolios: Experimental Validation, submitted to the PPSN2016.
#'
#' @format A data frame with 86400 rows and 10 variables:
#' \describe{
#' \item{id}{Integer. Running experiment id.}
#' \item{N}{Integer. Number of active fronts}
#' \item{split.type}{Factor. Uniform or non-unifrom split points between the active fronts?}
#' \item{M}{Integer. Number of interference fronts.}
#' \item{k}{Integer. Size of the discrete approximations.}
#' \item{discretize.type}{Factor. Which of the 4 discretize methods was used?}
#' \item{replications.type}{Factor. Which of the 3 replication methods was used?}
#' \item{repl}{Integer. Differentiates the 100 replications per setting.}
#' \item{z-value}{The resulting z-value of the experiment}
#' }
"validateMOSAPData"
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