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Doctoral course

Computational Statistics, 6 credits

Course information

Research education subject

  • Statistics

Course Syllabus

Course Syllabus

Contacts

Course content

  • Basic concepts in numerical analysis
  • Numerical optimization, linear algebra and integration
  • Random number generation
  • Monte Carlo simulation and variance reduction
  • Bootstrap and Jackknife
  • MCMC methods

Course outcome

After completing the course the student shall have:

  • have knowledge of numerical methods and their limitations (Written Examination, Assignments)
  • have knowledge of common computationally intensive methods for statistical analysis (Written Examination, Assignments).
  • be able to independently implement computational algorithms (Assignments).
  • have the ability to independently adapt and select an appropriate algorithm based on the requirements of the statistical issue (Written Examination, Assignments)
  • have the ability to independently seek new knowledge and judge its relevance for the statistical issue at hand (Assignments)
  • have the ability to independently design simulation studies for evaluating the statistical properties of a test or estimator (Written Examination, Assignments).