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INF2D: 25: Approximate Inference in Bayesian Network

This folder presents several alternative methods for doing approximate inference in Bayesian Networks.  It consists of:

  • two videos of short lectures.  They cover:
    1. Direct sampling methods
    2. Monte Carlo sampling methods
  • Some required reading from Russell and Norvig
  • A quiz that tests your understanding of the material presented here.

Please watch the videos or attend the in-persion lecture, do the required reading, and attempt the quiz.  If there is anything you don't understand, then please ask your question at the lecture or post it on piazza.

Lecture 25 Slides: Whole!

25.pdf

25a: Approximate Inference in BNs: Direct Sampling Methods

25a slides: 25a.pdf
25a video:

25b: Approximate Inference in BNs: Monte Carlo Sampling Methods

25b slides: 25b.pdf 
25b video:

Required Reading

R&N Section 14.5  or NIE Chapter (14) "Probabilistic Reasoning", Section 5.

NOTE: The abbreviation R&N refers to:

“Artificial Intelligence: A Modern Approach” Third Edition, Russell R & Norvig P, Prentice Hall, 2010 (R&N).

The abbreviation NIE stands for the following edition of the same book:

“Artificial Intelligence: A Modern Approach” Third Edition, Pearson New International Edition, Russell R & Norvig P, Pearson, 2014.

Quiz 25: Approximate Inference in Bayesian Networks

TThese questions are designed to test your understanding of the above course content; doing this quiz does not contribute to your overall grade.  Some questions require a text answer.  You can ask for formative feedback on these from your tutor or on piazza.  Other questions are multiple choice or they require a numeric answer: you will get immediate feedback for these. Please don't attempt this quiz until you have acquainted yourself with this lecture and the required reading.

You must be logged onto Learn to do this quiz.

License
All rights reserved The University of Edinburgh

Book traversal links for INF2D: 25: Approximate Inference in Bayesian Network

  • INF2D: Week 9: Approximate Inference Methods, and Time
  • Up
  • INF2D: 26: Time and Uncertainty I

Navigation links

  • INF2D: Course Overview
  • INF2D: Course Materials
    • INF2D: Week 1 - Introduction. Intelligent Agents. Search Problems
    • INF2D: Week 2: Informed Search and Using Constraints, Adversarial Search
    • INF2D: Week 3: Revision, CW1 and Logical Agents
    • INF2D: Week 4: Propositional Inference, First-Order Logic, Unification
    • INF2D: Week 5: Resolution, Situation Calculus, Revision
    • INF2D: Week 6: Symbolic Planning
    • INF2D: Week 7: From Symbolic Planning to Uncertainty and Rationality
    • INF2D: Week 8: Probabilistic Inference
    • INF2D: Week 9: Approximate Inference Methods, and Time
      • INF2D: 25: Approximate Inference in Bayesian Network
      • INF2D: 26: Time and Uncertainty I
      • INF2D: 27: Time and Uncertainty II
    • INF2D: Week 10: Rational Decision Making
  • INF2D: Tutorial Exercises
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