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EPSRC Winter School in Mathematics for Data Modelling
Pascal

Factorial Switching Kalman Filters for Condition Monitoring in Neonatal Intensive Care

author: Chris Williams, University of Edinburgh

Description

This presentation describes the application of data modelling using Kalman filters to premature baby monitoring.

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Slides
0:00 Known Unknowns: Novelty Detection in Condition Monitoring
1:37 Premature Baby Monitoring
3:49 Why Model This Data?
4:19 Overview
6:08 Autoregressive (AR) Processes
8:24 Kalman Filter - 1
9:12 Kalman Filter - 2
10:24 Inference Problem: Filtering - 1
12:18 Inference Problem: Filtering - 2
13:58 Simple Example
16:03 Applications
16:46 Probes
17:31 Factors Affecting Measurements
19:10 Common Factor Examples - 1
19:55 Common Factor Examples - 2
20:33 - Questions
24:46 Factors Affecting Measurements
26:29 - Questions
30:39 - Questions
32:57 Factor Interactions - 1
33:23 Factor Interactions - 2
33:33 Factor Interactions - 3
33:48 Factor Interactions - 4
34:33 Factor Interactions - 5
36:06 Related Work
37:47 Kalman Filtering
37:51 Switching Dynamics
37:58 Kalman Filtering
38:05 Switching Dynamics
38:15 Factorial Switching Kalman Filter
38:43 Switching Dynamics
38:52 Inference
40:58 Gaussian Sum Approximation - 1
41:30 Gaussian Sum Approximation - 2
41:41 Gaussian Sum Approximation - 3
42:33 Parameter Estimation - 1
48:50 Parameter Estimation - 2
48:54 Parameter Estimation Example
49:58 Learning Stable Physiological Dynamics
50:25 - Questions
59:49 Inference Results - 1
60:27 Inference Results - 2
61:51 Quantitative Evaluation - 1
63:11 Quantitative Evaluation - 2
66:25 Quantitative Evaluation - 1
67:39 Comparison with FHMM Model
67:55 Novel Dynamics
69:11 Known Unknowns - 1
69:18 Known Unknowns - 2
69:29 X-Factor for Static 1-D Data
71:39 X-Factor with Known Factors
72:08 X-Factor for Dynamic Data
73:12 Spectral View of the X-Factor
74:05 X-Factor Demo
77:34 More Inference Results
77:46 EM for Novel Regimes
78:07 - Questions
86:06 - Questions
86:09 - Questions

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