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International Conference on Machine Learning - Bonn 2005
Pascal

How to Predict Sequences with Bayes, MDL and Experts

author: Marcus Hutter, IDSIA
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Slides
0:01 Minimum Description Length: Contents
1:55 Minimum Description Length: Abstract
1:57 How to Choose the Prior?
4:36 Indi®erence or Symmetry Principle
7:21 The Maximum Entropy Principle ...
7:23 Occam's Razor | The Simplicity Principle
7:27 Pre¯x Sets/Codes
9:37 Proof of the Kraft-Inequality
12:10 Priors from Pre¯x Codes
15:18 A Universal Choice of » and M
20:11 The Minimum Description Length Principle
23:54 Predict with Best Model
29:04 Application: Sequence Prediction
31:40 Application: Regression / Polynomial Fitting
33:50 MDL Solution to Polynomial Fitting
37:27 MDL Polynomial Fitting: Determine Degree d
42:00 Minimum Description Length: Summary
44:06 The Similarity Metric: Contents
44:46 The Similarity Metric: Abstract
44:49 Kolmogorov Complexity
47:45 The Universal Similarity Metric
52:32 Tree-Based Clustering
53:24 Genomics & Phylogeny: Mammals
58:20 Genomics & Phylogeny: Mammals
61:36 Genomics & Phylogeny: SARS Virus and Others
61:50 Genomics & Phylogeny: SARS Virus and Others
62:37 Classi¯cation of Di®erent File Types
63:09 Classi¯cation of Di®erent File Types
64:01 Language Tree (Re)construction
64:29 sheme
68:38 Classify Music w.r.t. Composer
69:27 Classify Music w.r.t. Composer
70:19 Further Applications
70:41 The Clustering Method: Summary
72:16 Prediction with Expert Advice: Contents
86:43 Prediction with Expert Advice: Abstract
86:45 Prediction with Expert Advice (PEA) - Informal
87:34 Prediction with Expert Advice (PEA) - Setup
87:49 Goals
89:34 Best Expert in Hindsight (BEH)
89:46 Weighted Majority (WM)
90:14 Follow the Perturbed Leader (FPL)
90:54 Regret Bounds for n < 1 and ki = ln n
92:12 Regret Bounds for n = 1 and general ki
92:21 Some more FPL Results
92:23 PEA versus Bayes Bounds { Formal
93:23 Naive Ansatz: Follow the Leader (FL)

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