This track focuses on the application of Bayesian techniques in machine learning, emphasizing their advantages in uncertainty quantification and model interpretability. Researchers are invited to present innovative methodologies and case studies that showcase the effectiveness of Bayesian approaches.

This session explores the use of graphical models in representing complex dependencies among random variables. Contributions may include theoretical advancements, algorithmic developments, and practical applications in various domains.

This track addresses the latest advancements in stochastic optimization methods for machine learning. Papers should discuss novel algorithms, convergence properties, and applications to real-world problems.

This session highlights the role of random processes in analyzing and modeling data. Submissions are encouraged to explore theoretical foundations and practical implementations across diverse fields.

This track invites contributions that develop and analyze probabilistic models tailored for statistical learning tasks. Emphasis will be placed on the integration of probabilistic frameworks with machine learning algorithms.

This session focuses on simulation methodologies used in probabilistic modeling and machine learning. Papers should present innovative simulation techniques and their applications in various research scenarios.