This course introduces concepts in statistical inference, the application of procedures for drawing conclusions from data while allowing for random variation. The emphasis is on likelihood-based methods for inference. Topics include estimators, estimator behaviour, likelihood functions and derivation of maximum likelihood estimators. Important concepts such as type I and type II errors, p-values and confidence intervals are also discussed. Frequentist and Bayesian approaches to statistical inference are also compared.
Distance Education - Callaghan
- Semester 2 - 2016
- Semester 1 - 2017
- Semester 2 - 2017
On successful completion of the course students will be able to:
1. More deeply understand the properties of desirable estimators and methods for assessing estimator behaviour;
2. Understand the concept of statistical likelihood and its use in parameter estimation;
3. Derive maximum likelihood estimators for parameters of common probability distributions;
4. Understand the properties of maximum likelihood estimators;
5. Understand the principles of hypothesis testing and statistical errors;
6. Apply likelihood-based methods in statistical inference;
7. Understand and apply Bayesian approaches in statistical inference.
This course presents an overview of statistical inference with an emphasis on maximum likelihood approaches. The properties of desirable estimators are reviewed together with methods for assessing estimator behaviour and the large-sample properties of estimators. Students are introduced to the concept of likelihood as a method for assessing support for different parameter values. Experience will be gained in applying likelihood-based methods for purposes including deriving estimators and expressions for asymptotic variance as well as undertaking inference. Students will study key statistical concepts such as type I and type II errors, p-values and confidence intervals. Students will also study Bayesian approaches to statistical inference and learn about the philosophical and practical differences between frequentist and Bayesian methods.
Must be enrolled in Graduate Diploma of Medical Biostatistics or Master of Medical Statistics to enrol in this course. Pre-requisites: must have successfully completed BIOS6040 and BIOS6170.
Written Assignment: Essays / Written Assignments
Written Assignment: Practical Written Exercises