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This course aims to provide solid foundations to implementing linear regression, three types of Generalised Linear Models, and hierarchical models.

COURSE DETAILS

There are some ideas we know are true, and others we know are false. But for those ideas where we cannot be certain whether they are true of false, we need to use the language of probability.

Bayesian inference uses probability theory to allow us to update our uncertain beliefs in the light of data. It is increasingly used across the sciences and so a working knowledge of Bayesian statistics is essential for science researchers.

This course aims to provide a core understanding of Bayesian statistics that is grounded in mathematical theory, yet accessible to the less mathematically minded participants. 

LEARNING OUTCOMES

By the end of the session participants will be able to:
• Develop a core understanding of Bayesian inference.
• Critically assess a statistical model.

 INTENDED FOr

All

Additional Information

COURSE PRE-REQUISITE
A basic knowledge of a mathematical programming language, for example: R, Matlab, Python, Mathematica, or C++

ALSO PARTICIPANTS WILL NEED TO BRING LAPTOPS

Number of PLaces

30

COURSE LEADER

Ben Lambert

TIME / Date

09.30 - 17.00 | 26th January 2024 

BOOKING INFORMATION

Book your place on 'Introduction to Bayesian statistics' by clicking here.

TERMS & CONDITIONS

When registering for this course, please check our Terms and Conditions.