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Bayesian Inference
Published on Oct 12, 201127669 Views
Inference is the process of discovering from data about mechanisms that may have caused or generated that data, or at least explain it. The goals are varied - perhaps simply predicting future data, or
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Chapter list
Bayesian inference: an introduction00:00
Outline00:03
Outline: Motivation and key ideas00:04
Summary: key ideas00:06
Summary: contents03:00
Connections03:15
Machine Learning (As Explained to a Statistician)04:10
Third generation machine intelligence05:41
Statistics and machine learning06:19
Bayesian and frequentist statistics (1)09:28
Bayesian and frequentist statistics (2)10:47
Bayesian inference: some other issues11:50
Outline: Basics13:50
Probability15:12
Bayes theorem (1)16:21
Bayes theorem (2)17:29
Bayes theorem (3)18:25
Bayes theorem (4)19:07
Bayes theorem – prediction20:18
Bayes theorem – decision21:01
Bayes theorem (5)22:13
Consistent use of probability to quantify uncertainty (1)23:11
Epistemological and aleatory (1)24:41
Epistemological and aleatory (2)26:44
Consistent use of probability to quantify uncertainty (2)27:36
Likelihood and prior28:45
Sequential acquisition of data32:03
Utility and loss (1)33:43
Utility and loss (2)34:47
Loss functions and hypothesis testing (1)35:56
Loss functions and hypothesis testing (2)37:00
Loss functions and estimation (1)40:01
Loss functions and estimation (2)41:41
Loss functions and frequentist inference43:17
Conjugacy (1)44:54
Conjugacy (2)46:43
Subjective and Objective Bayes48:47
Uninformative priors50:51
Improper priors54:01
Some principles of Bayesian modelling55:20
Motivation for hierarchical modelling56:01
The ‘surgical’ example (1)56:21
The ‘surgical’ example (2)58:31
The ‘surgical’ example (3)01:00:07
The ‘surgical’ example (4)01:00:53
The ‘surgical’ example (5)01:03:20
The ‘surgical’ example (6)01:03:33
Modelling the excess variation01:03:37
Approximate ‘empirical Bayes’ approach01:04:20
Potential problems with this approach01:05:03
Bayesian hierarchical models01:05:35
Full hierarchical Bayes approach01:06:56
Advantages of this approach01:07:22
Graphical models for surgical example01:08:04
Shrinkage and hierarchical models (1)01:08:54
Shrinkage and hierarchical models (2)01:09:00
Exchangeability and de Finetti’s theorem (1)01:09:05
Exchangeability and de Finetti’s theorem (2)01:11:20
Exchangeability and de Finetti’s theorem (3)01:14:01
What else do hierarchical models address?01:14:57
Summary: why hierarchical?01:15:35
Hidden Markov models and State space models (1)01:16:17
Hidden Markov models and State space models (2)01:17:50
Hidden Markov models01:18:15
State space models (1)01:18:46
State space models (2)01:19:32
Filtering, smoothing and prediction01:19:37
Kalman filtering01:21:23
Kalman filtering and variants01:21:42
Forwards/backwards recursions (1)01:22:18
Forwards/backwards recursions (2)01:22:35
Forwards/backwards recursions (3)01:22:38
Forwards/backwards recursions (4)01:23:03
More general lessons01:23:11