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1
Intro
2
Starting point
3
The data-fusion problem
4
Identifiability problems in causal inference
5
The general identifiability problem
6
Motivation for a search-based approach
7
Search over the rules of do-calculus
8
Example on applying do-search
9
Missing data in causal inference
10
Example: case-control design.
11
Identifiability problems reassessed (with missing data)
12
Context-specific Independence
13
Alternative Representations for CSI
14
Labeled Directed Acyclic Graphs
15
Example on Context-specific DAGS
16
CSI-separation Example
17
Causal Effect Identification in LDAGS
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Interventions in LDAGS
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Complexity of the Decision Problem
20
Search over the rules of CSI-calculus
21
Search Example
22
Derivation of the Example
23
A Curious Example
24
Some Properties of the Search
25
Open Problems and Possible Future Work
26
References I
Description:
Explore causal effect identification from multiple incomplete data sources in this 36-minute lecture by Dr Santtu Tikka from the University of Jyväskylä, Finland. Delve into the challenges of determining interventional probability distributions without parametric assumptions. Learn about a novel search algorithm utilizing do-calculus rules to address advanced data-generating mechanisms and various observational and experimental source distributions. Discover how this approach extends to causal inference under context-specific independence relations. Examine topics such as the data-fusion problem, identifiability issues in causal inference, missing data challenges, and context-specific independence. Gain insights into labeled directed acyclic graphs, CSI-separation, and the complexity of decision problems in causal effect identification. Explore practical examples, including case-control design and derivations, to solidify understanding of these complex concepts.

Causal Effect Identification from Multiple Incomplete Data Sources

Alan Turing Institute
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