The group develops probabilistic and optimization models and employs multivariate statistical techniques to
Measure and compare actuarial and financial risks.
Study the inequality of income distributions and the reliability of engineering systems.
Solve multiobjective mathematical programming problems.
Solve vectorial equilibrium problems with constraints and applications in Economics.
Reduce the dimension and search behavior patterns in problems in the area of health sciences.
Estimate astrophysical parameters in distributed computing environments.
Study the deformation of the Earth's crust through time series analysis.
Probability distributions, stochastic orderings, survival analysis, exploratory data analysis, mathematical programming, stochastic models in finance and insurance, stochastic comparisons of actuarial and financial risks.
- Methods of multivariate analysis and dimensional reduction.
- Exploratory data analysis.
- Use and implementation of statistical software (R, Mplus, Statgraphics)
- Bayesian methodology: robustness, inference and decision making
- Multi-objective mathematical programming.
- Control and variational processes.
- Fuzzy optimization.
- Actuarial and financial risk analysis.
- Stochastic orderings.
- E-Learning and E-Assessment.
- Modeling and estimation of astrophysical parameters related to star formation and crustal deformation.
- Time series analysis.