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MIT 6.041SC Probabilistic Systems Analysis and Applied Probability, Fall 2013

4.0 (1)
13 learners

What you'll learn

This course includes

  • 31.5 hours of video
  • Certificate of completion
  • Access on mobile and TV

Course content

1 modules • 76 lessons • 31.5 hours of video

MIT 6.041SC Probabilistic Systems Analysis and Applied Probability, Fall 2013

76 lessons • 31.5 hours
  • 1. Probability Models and Axioms51:11
  • 2. Conditioning and Bayes' Rule51:11
  • 3. Independence46:30
  • 4. Counting51:34
  • 5. Discrete Random Variables I50:35
  • 6. Discrete Random Variables II50:53
  • 7. Discrete Random Variables III50:42
  • 8. Continuous Random Variables50:29
  • 9. Multiple Continuous Random Variables50:51
  • 10. Continuous Bayes' Rule; Derived Distributions48:53
  • 11. Derived Distributions (ctd.); Covariance51:55
  • 12. Iterated Expectations47:54
  • 13. Bernoulli Process50:58
  • 14. Poisson Process I52:44
  • 15. Poisson Process II49:28
  • 16. Markov Chains I52:06
  • 17. Markov Chains II51:25
  • 18. Markov Chains III51:50
  • 19. Weak Law of Large Numbers50:13
  • 20. Central Limit Theorem51:23
  • 21. Bayesian Statistical Inference I48:50
  • 22. Bayesian Statistical Inference II52:16
  • 23. Classical Statistical Inference I49:32
  • 24. Classical Inference II51:50
  • 25. Classical Inference III52:07
  • The Probability of the Difference of Two Events05:55
  • Geniuses and Chocolates08:43
  • Uniform Probabilities on a Square09:16
  • A Coin Tossing Puzzle08:11
  • Conditional Probability Example14:22
  • The Monty Hall Problem15:59
  • A Random Walker05:52
  • Communication over a Noisy Channel19:53
  • Network Reliability07:24
  • A Chess Tournament Problem18:33
  • Rooks on a Chessboard18:28
  • Hypergeometric Probabilities05:49
  • Sampling People on Buses11:56
  • PMF of a Function of a Random Variable15:26
  • Flipping a Coin a Random Number of Times08:43
  • Joint Probability Mass Function (PMF) Drill 117:37
  • The Coupon Collector Problem07:15
  • Joint Probability Mass Function (PMF) Drill 213:45
  • Calculating a Cumulative Distribution Function (CDF)08:44
  • A Mixed Distribution Example13:25
  • Mean & Variance of the Exponential15:11
  • Normal Probability Calculation05:25
  • Uniform Probabilities on a Triangle22:58
  • Probability that Three Pieces Form a Triangle12:30
  • The Absent Minded Professor13:09
  • Inferring a Discrete Random Variable from a Continuous Measurement18:37
  • Inferring a Continuous Random Variable from a Discrete Measurement11:35
  • A Derived Distribution Example09:30
  • The Probability Distribution Function (PDF) of [X]09:06
  • Ambulance Travel Time06:47
  • The Difference of Two Independent Exponential Random Variables06:12
  • The Sum of Discrete and Continuous Random Variables05:37
  • The Variance in the Stick Breaking Problem11:30
  • Widgets and Crates10:06
  • Using the Conditional Expectation and Variance10:10
  • A Random Number of Coin Flips17:19
  • A Coin with Random Bias22:58
  • Bernoulli Process Practice08:22
  • Competing Exponentials07:42
  • Random Incidence Under Erlang Arrivals09:43
  • Setting Up a Markov Chain10:36
  • Markov Chain Practice 111:42
  • Mean First Passage and Recurrence Times09:27
  • Convergence in Probability and in the Mean Part 113:37
  • Convergence in Probability and in the Mean Part 205:46
  • Convergence in Probability Example07:37
  • Probabilty Bounds10:46
  • Using the Central Limit Theorem11:25
  • Inferring a Parameter of Uniform Part 124:51
  • Inferring a Parameter of Uniform Part 219:35
  • An Inference Example27:51

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