Influence Estimation on Social Media Networks Using Causal Inference
Steven T. Smith, Edward K. Kao, Danelle C. Shah, Olga Simek, and, Donald B. Rubin

TL;DR
This paper presents a novel causal inference framework for estimating influence on social media networks, demonstrated on Twitter data related to the 2017 French elections, providing more accurate influence attribution than traditional methods.
Contribution
It introduces a new influence estimation approach based on network causal inference that explicitly measures network influence, validated on real-world influence operations.
Findings
High causal influence inferred on accounts linked to foreign influence operations.
The approach outperforms traditional activity-based influence metrics.
Cramér-Rao bounds provide insights into parameter estimation accuracy.
Abstract
Estimating influence on social media networks is an important practical and theoretical problem, especially because this new medium is widely exploited as a platform for disinformation and propaganda. This paper introduces a novel approach to influence estimation on social media networks and applies it to the real-world problem of characterizing active influence operations on Twitter during the 2017 French presidential elections. The new influence estimation approach attributes impact by accounting for narrative propagation over the network using a network causal inference framework applied to data arising from graph sampling and filtering. This causal framework infers the difference in outcome as a function of exposure, in contrast to existing approaches that attribute impact to activity volume or topological features, which do not explicitly measure nor necessarily indicate actual…
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