Bayesian Causal Discovery

Bayesian Causal Discovery (BCD) aims to infer causal relationships between variables by probabilistically representing uncertainty in the underlying causal structure, typically represented as a directed acyclic graph (DAG). Current research focuses on developing scalable algorithms, such as variational inference and Markov Chain Monte Carlo methods, to efficiently explore the vast space of possible DAGs, often employing continuous relaxations to overcome computational challenges associated with the acyclicity constraint. This work is crucial for improving the reliability and accuracy of causal inference across diverse fields, from neuroscience and genetics to autonomous systems, where robust causal models are essential for decision-making and understanding complex systems. A key challenge remains the development of robust evaluation metrics for comparing different BCD methods, particularly in low-data scenarios.

Papers