Bayesian Statistics: Capstone Project
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Bayesian Statistics: Capstone Project
This course is part of Bayesian Statistics Specialization
Instructor: Jizhou Kang
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What you'll learn
Demonstrate a wide range of skills and knowledge in Bayesian statistics.
Explain essential concepts in Bayesian statistics.
Apply what you know to real-world data.
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There are 4 modules in this course
This is the capstone project for UC Santa Cruz's Bayesian Statistics Specialization. It is an opportunity for you to demonstrate a wide range of skills and knowledge in Bayesian statistics and to apply what you know to real-world data. You will review essential concepts in Bayesian statistics with lecture videos and quizzes, and you will perform a complex data analysis and compose a report on your methods and results.
In this module, we will introduce conjugate Bayesian analysis for the autoregressive (AR) models.
What's included
3 videos7 readings2 assignments
3 videosβ’Total 26 minutes
- Introductionβ’4 minutes
- Model Formulationβ’13 minutes
- Prediction for AR Modelsβ’9 minutes
7 readingsβ’Total 70 minutes
- Prerequisite skill checklistβ’10 minutes
- Read Dataβ’10 minutes
- Review: Useful Distributionsβ’10 minutes
- Posterior Distribution Derivationβ’10 minutes
- AR model fitting exampleβ’10 minutes
- AR model prediction exampleβ’10 minutes
- Extended AR modelβ’10 minutes
2 assignmentsβ’Total 60 minutes
- Practice Quiz for Week 1β’30 minutes
- First step for the projectβ’30 minutes
In this module, we will introduce some criteria that can be used in selecting the order of AR processes and the number of mixing components, which will be used later when we introduce mixture of AR models.
What's included
2 videos2 readings2 assignments
2 videosβ’Total 20 minutes
- AIC and BIC in selecting the order of AR processβ’13 minutes
- Deviance information criterion (DIC)β’7 minutes
2 readingsβ’Total 20 minutes
- AIC and BIC exampleβ’10 minutes
- DIC Exampleβ’10 minutes
2 assignmentsβ’Total 60 minutes
- Determine the order of your dataβ’30 minutes
- Calculate DIC for single AR modelβ’30 minutes
In this module, we will perform Bayesian analysis for location mixture of AR(p) models.
What's included
4 videos3 readings2 assignments
4 videosβ’Total 45 minutes
- Prediction for Location Mixture of AR Modelsβ’5 minutes
- Full conditional distributions of model parametersβ’26 minutes
- Coding the Gibbs samplerβ’9 minutes
- Prediction for location mixture of AR modelβ’5 minutes
3 readingsβ’Total 30 minutes
- Sample code for the Gibbs samplerβ’10 minutes
- Determine the number of componentsβ’10 minutes
- Location and scale mixture of AR modelβ’10 minutes
2 assignmentsβ’Total 60 minutes
- Fit a location mixture of AR modelβ’30 minutes
- Determine number of components for the mixture modelβ’30 minutes
In this module, we will use everything we have learned up until now to perform a mixture model on time series data.
What's included
1 reading1 peer review
1 readingβ’Total 10 minutes
- Acknowledgments and Referenceβ’10 minutes
1 peer reviewβ’Total 300 minutes
- Peer-graded Assignment: Data Analysis Projectβ’300 minutes
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