Final models: A finalistic interpretation of statistical correlation
Dario Compagno (DICEN-IDF)

TL;DR
This paper extends causal modeling to include teleological explanations by formalizing final models as second-order models, enabling a finalistic interpretation of statistical correlation compatible with causal views.
Contribution
It introduces a formal framework for final models as second-order interventions, bridging causal and teleological interpretations of statistical correlation.
Findings
Final models can be formalized as second-order models.
The framework allows a finalistic interpretation compatible with causal analysis.
An example of identifiable final models is provided.
Abstract
This paper aims to extend the framework of causal modelling to teleological explanations. It conceives final models as second-order models produced by interventions on first-order causal models. It shows why such formalisation permits us to realise a finalistic interpretation of statistical correlation which is compatible with its usual causal interpretation. Initially, the paper identifies some conceptual conditions for statistical teleological analysis, specifically involving interventions. Then, it describes an explanation procedure for action and presents one simple example of identifiable final models. Finally, it compares these results with what could be obtained within a purely causalist framework.
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Taxonomy
TopicsPhilosophy and History of Science · Bayesian Modeling and Causal Inference · Child and Animal Learning Development
