Difference between revisions of "Rosen-Zvi et al UAI 2004"

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(Created page with 'This a [[Category::Paper]] discussed in Social Media Analysis 10-802 in Fall 2012. == Citation == The Author-Topic Model for Authors and Documents. Michal Rosen-Zvi, Thomas Gr…')
 
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== Online version ==
 
== Online version ==
  
[www.datalab.uci.edu/author-topic/398.pdf The Author-Topic Model for Authors and Documents]
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[http://www.datalab.uci.edu/author-topic/398.pdf The Author-Topic Model for Authors and Documents]
  
 
== Summary ==
 
== Summary ==
  
This paper poses two interesting social problems on [[bipartite graph]] named [[AddressesProblem::Neighborhood formation and Anomaly detection]]. They also propose solutions based on [[UsesMethod::Random walk with restart]].  
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This paper proposes the generative author-topic model, which extends LDA to model document contents and authors at the same time. The interest of each author is represented with a multinomial distribution over topics, while each topic is a multinomial distribution over words. Model estimation is performed with Gibbs sampling. Experiments show the topic-author and topic-word results discovered on the NIPS and [[UsesDataset::CiteSeer]] datasets.
  
 
The experimented on 3 real world social graphs [[UsesDataset::Conference-Author dataset]], [[UsesDataset::Author-Paper dataset]] and [[UsesDataset::IMDB dataset]]
 
The experimented on 3 real world social graphs [[UsesDataset::Conference-Author dataset]], [[UsesDataset::Author-Paper dataset]] and [[UsesDataset::IMDB dataset]]

Revision as of 22:35, 26 September 2012

This a Paper discussed in Social Media Analysis 10-802 in Fall 2012.

Citation

The Author-Topic Model for Authors and Documents. Michal Rosen-Zvi, Thomas Griffiths, Mark Steyvers, Padhraic Smyth. In Proceedings of UAI 2004, pages 487-494.

Online version

The Author-Topic Model for Authors and Documents

Summary

This paper proposes the generative author-topic model, which extends LDA to model document contents and authors at the same time. The interest of each author is represented with a multinomial distribution over topics, while each topic is a multinomial distribution over words. Model estimation is performed with Gibbs sampling. Experiments show the topic-author and topic-word results discovered on the NIPS and CiteSeer datasets.

The experimented on 3 real world social graphs Conference-Author dataset, Author-Paper dataset and IMDB dataset