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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