person("Lukas", "Sablica", email = "lsablica@wu.ac.at", role = c("aut", "cre"),
Author: Lukas Sablica [aut, cre] (<https://orcid.org/0000-0001-9166-4563>),

Title: Methods in Structural Reliability
Author: Vincent Moutoussamy, Nicolas Bousquet and Bertrand Iooss
Description: Various reliability analysis methods for: 1) computing
failure probability (probability that the output of a numerical
model exceeds a threshold); 2) computing the size of a sample
to estimate a quantile with a confidence level.

Author: Gilles Defaux, Bertrand Iooss, Vincent Moutoussamy, Clement Walter with contributions from Nicolas Bousquet and Paul Lemaitre
Imports: DiceKriging, e1071, kernlab, Matrix, mvtnorm, rgenoud

Author: Nicolas BOUSQUET, Gilles DEFAUX, Bertrand IOOSS, Vincent MOUTOUSSAMY, Clement WALTER
Packaged: 2014-11-25 10:22:12 UTC; ADM_WALTERC

Author: Nicolas BOUSQUET, Gilles DEFAUX, Bertrand IOOSS, Vincent MOUTOUSSAMY,
Imports: e1071, Matrix, mvtnorm, ggplot2, doParallel, foreach,
Packaged: 2016-01-05 13:10:37 UTC; clementwalter

Packaged: 2016-01-17 21:32:56 UTC; clementwalter

Title: Methods in Structural Reliability Analysis
Author: Clement WALTER, Gilles DEFAUX, Bertrand IOOSS and Vincent MOUTOUSSAMY, with contributions from Nicolas BOUSQUET, Claire CANNAMELA and Paul LEMAITRE
Description: Various reliability analysis methods for rare event inference:
1) computing failure probability (probability that the output of a numerical model exceeds a threshold),
2) computing quantiles of low or high-order,
3) Wilks formula to compute quantile(s) from a sample or the size of the required i.i.d. sample.

Author: Clement WALTER, Gilles DEFAUX, Bertrand IOOSS, Vincent MOUTOUSSAMY with contributions from Nicolas BOUSQUET, Claire CANNAMELA and Paul LEMAITRE
iterators, DiceKriging, emoa, quadprog, Rcpp
Suggests: microbenchmark, deSolve, scatterplot3d, KrigInv, rgenoud,
Description: Various reliability analysis methods for rare event inference:1) computing failure probability (probability that the output of a numerical model exceeds a threshold), 2) computing quantile of low or high-order, 3) Wilks formula to compute quantile(s) from a sample or the size of the required i.i.d. sample.