Undirected Graphical Models for Text & Image
author:
Eric Xing,
Carnegie Mellon University
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| Slides | |
| 0:00 | Undirected Graphical Models for Test and Images |
| 1:20 | Overview |
| 2:22 | The Vector Space Model |
| 4:01 | The Corpora Matrix |
| 4:53 | Feature Vector Representation |
| 6:27 | Motivation for modeling latent t opical aspects |
| 8:14 | Latent Semantic Indexing |
| 8:23 | Singular Value Decomposition |
| 13:01 | Latent Semantic Structure |
| 13:33 | Two layer Bayesian network |
| 14:54 | Probabilistic LSI |
| 15:55 | Comparison of model semantics |
| 18:11 | Properties of Directed Networks (1) |
| 19:44 | Properties of Directed Networks (2) |
| 21:34 | Two-layer Markov Random Fields |
| 24:06 | The Undirected Alternative |
| 24:36 | Properties of Harmoniums |
| 27:54 | A Constructive Definition (1) |
| 29:18 | A Constructive Definition (2) |
| 35:01 | The Computational Trade-off |
| 36:26 | A Harmonium for IR |
| 39:43 | A Binomial Word-count Model |
| 41:29 | Comparison of model semantics |
| 44:12 | Comparison of text-models |
| 46:26 | Comparison of topic representation |
| 47:09 | Multi-Source Data |
| 47:37 | GM-mixture |
| 48:25 | The Harmonium Counterpart |
| 48:55 | Inter-Source Associations |
| 49:05 | Multi-wing Harmoniums |
| 50:55 | Examples of Latent Topics |
| 52:55 | Classification |
| 55:11 | Retrieval |
| 55:36 | Precision-recall |
| 55:48 | Annotation |
| 57:02 | Conclusions |
| 57:41 | Conclusions, con'd |
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