The Graphical Identification for Total Effects by using Surrogate Variables

07/04/2012
by   Manabu Kuroki, et al.
0

Consider the case where cause-effect relationships between variables can be described as a directed acyclic graph and the corresponding linear structural equation model. This paper provides graphical identifiability criteria for total effects by using surrogate variables in the case where it is difficult to observe a treatment/response variable. The results enable us to judge from graph structure whether a total effect can be identified through the observation of surrogate variables.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
06/13/2012

On Identifying Total Effects in the Presence of Latent Variables and Selection bias

Assume that cause-effect relationships between variables can be describe...
research
06/13/2012

The Evaluation of Causal Effects in Studies with an Unobserved Exposure/Outcome Variable: Bounds and Identification

This paper deals with the problem of evaluating the causal effect using ...
research
07/04/2012

Counterfactual Reasoning in Linear Structural Equation Models

Consider the case where causal relations among variables can be describe...
research
07/11/2012

Selection of Identifiability Criteria for Total Effects by using Path Diagrams

Pearl has provided the back door criterion, the front door criterion and...
research
02/24/2022

Variable elimination, graph reduction and efficient g-formula

We study efficient estimation of an interventional mean associated with ...
research
08/07/2022

Graphical tools for selecting accurate and valid conditional instrumental sets

We consider the accurate estimation of total causal effects in the prese...
research
06/19/2018

Surrogate Outcomes and Transportability

Identification of causal effects is one of the most fundamental tasks of...

Please sign up or login with your details

Forgot password? Click here to reset