Markov Blanket
A Markov blanket is a minimal set of variables that renders a target variable conditionally independent of all other variables. Research focuses on efficiently identifying these blankets, particularly within complex systems like large-scale distributed computing environments and high-dimensional datasets, often employing algorithms adapted from Bayesian networks and reinforcement learning. Current efforts involve developing scalable methods for Markov blanket identification and leveraging this concept to improve the efficiency of machine learning models, causal inference, and the design of intelligent systems. This work has implications for diverse fields, including improving the scalability and explainability of reinforcement learning and enabling more efficient data processing in large-scale systems.