Underlying Causal

Underlying causal inference aims to uncover the true causal relationships between variables, moving beyond mere correlations to understand how changes in one variable directly affect others. Current research focuses on developing robust methods for causal discovery, particularly in high-dimensional and complex systems, employing techniques like Bayesian networks, neural networks, and optimal transport to learn causal structures from observational and interventional data. These advancements are crucial for improving the reliability and interpretability of machine learning models, enabling more effective decision-making in diverse fields such as healthcare, policy, and engineering.

Papers