#' Probabilistic Sensitivity Analysis (PSA) dataset
#'
#' Probabilistic sensitivity analysis (PSA) dataset from the cost-effectiveness
#' analysis (CEA) example of Jalal et al. (2013) linear regression metamodeling paper
#' @format A data frame with 10000 samples of the effectiveness and costs of three strategies
#' and five input parameters:
#' \describe{
#' \item{Iteration}{PSA sample index}
#' \item{Chemo_Cost}{Cost of chemotherapy strategy}
#' \item{Chemo_Eff}{Effectiveness of chemotherapy strategy}
#' \item{Radio_Cost}{Cost of radiation strategy}
#' \item{Radio_Eff}{Effectiveness of radiation strategy}
#' \item{Surg_Cost}{Cost of surgery strategy}
#' \item{Surg_Eff}{Effectiveness of surgery strategy}
#' \item{pFailChemo}{Pobability of failing chemotherapy}
#' \item{pFailRadio}{Probability of failing radiotherapy}
#' \item{pFailSurg}{Probability of failing surgery}
#' \item{pDieSurg}{Probability of dying because of surgery}
#' \item{muDieCancer}{Cancer-specific mortality rate}
#' \item{cChemo}{Chemotherapy cost ($)}
#' \item{cRadio}{Radiotherapy cost ($)}
#' \item{cSurg}{Surgery cost($)}
#' }
#' @references 1. Jalal H, Dowd B, Sainfort F, Kuntz KM. Linear regression
#' metamodeling as a tool to summarize and present simulation model results.
#' Med Decis Making. 2013;33(7):880–90.
#' \url{http://www.ncbi.nlm.nih.gov/pubmed/23811758}
"psa"
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