Parametric Causal
Parametric causal inference focuses on developing methods to estimate causal effects from observational data, often represented using directed acyclic graphs (DAGs). Current research emphasizes efficient algorithms for causal discovery and inference, particularly in high-dimensional or relational settings, employing techniques like lifted inference and kernel methods to handle non-parametric models and complex relationships. These advancements are improving the accuracy and scalability of causal analysis across diverse fields, enabling more robust causal estimations in areas such as personalized systems and social sciences. The development of flexible, semi-parametric models, such as causal-graphical normalizing flows, is also a key focus, allowing for more realistic representations of complex causal systems.