Causal Constraint

Causal constraint research focuses on incorporating causal relationships into machine learning models to improve fairness, interpretability, and robustness. Current efforts center on developing algorithms that integrate causal knowledge, such as through path-specific effects or causal graphs, into model training and counterfactual explanation generation, often employing techniques like optimal transport, variational autoencoders, and reinforcement learning. This work is significant because it addresses limitations of traditional machine learning approaches by enhancing model transparency, mitigating biases stemming from confounding variables, and improving the reliability of predictions and decisions in high-stakes applications. The resulting methods are increasingly used to generate more actionable and fairer predictions across various domains.

Papers