R/Universityfunds.R

In ClaimsProblems: Analysis of Conflicting Claims

#' University funds data
#'
#' @name Universityfunds
#' @docType data
#' @description
#' Data to distribute a certain amount of money to buy equipment for
#' teaching laboratories among the different degree courses in the Universidad Miguel Hernández of Elche (Spain)
#'
#' @usage
#' Universityfunds
#' @format A data frame with 27 rows and 3 variables:
#'
#'
#' \tabular{rlll}{
#' [,1] \tab \code{Degree}   \tab categorical \tab Degree courses in a University\cr
#' [,2] \tab \code{Entitlement}  \tab numeric \tab  Objective entitlements based on number of students, experimental level, ... (euros)\cr
#' [,3] \tab \code{Claim}   \tab numeric \tab Claim of each degree (euros)\cr
#' }

#' @references Pulido, M., Sánchez Soriano, J., and Llorca, N. (2002). Game Theory Techniques for University Management: An Extended Bankruptcy Model.
#' Annals of Operations Research, 109, 129-142.
#'
#' Pulido, M., Borm, P, Hendricks, R,  Llorca, N., and Sánchez Soriano, J. (2008). Compromise solutions for bankruptcy situations with references.
#' Annals of Operations Research, 158, 133-141.
#'
#' Núñez Lugilde, I., Estévez Fernández, A., and Sánchez Rodríguez, E. (2024). Priority coalitional games and claims problems. Mathematical Methods of Operations Research, 100, 669–701.
#' @source The data were obtained from Pulido et al (2002).
#' @examples
#' data(Universityfunds)
#' head(Universityfunds)
#'
#' E = 717293.11
#' d <- Universityfunds$Claim-Universityfunds$Entitlement
#' E = E-sum(Universityfunds$Entitlement)
#' Universityfunds$Entitlement+CEA(E,d)
#' Universityfunds$Entitlement+PRO(E,d)
"Universityfunds"