The book provides a comprehensive yet accessible introduction to probabilistic modeling and inference, covering topics like graphical models, Bayesian methods, and approximate inference. It balances theory with practical examples, making complex probabilistic concepts understandable for newcomers and useful for practitioners. Its impact lies in shaping how students and researchers approach uncertainty in machine learning, offering a unifying probabilistic perspective that has influenced research, teaching, and real-world applications across fields such as AI, robotics, and data science.
The book builds on the author’s 2012 work(MLAPP), expanding coverage of machine learning through the lens of probabilistic modeling and Bayesian decision theory. Driven by the deep learning revolution, the author split the second edition into two volumes to include major advances like deep learning, generative models, variational inference, and reinforcement learning. The new edition is more student-friendly, adding background material, exercises, and Python-based code (instead of Matlab). Together, these two volumes aim to comprehensively reflect the state of ML as of 2021, offering both foundational and advanced insights.