Bayesian Methods for Natural Language Processing
Workshop at NIPS 2005
Organizers: Hal Daumé III and Yee Whye Teh

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Participants

Organization:

Invited Speakers:
  • Kenneth Church, Microsoft Research

    Ken Church moved to Microsoft Research in late 2003. Before that, he was the head of a data mining department in AT&T Labs-Research (formally AT&T Bell Labs, Murray Hill, NJ). Church received his BS, Masters and PhD from MIT in computer science in 1978, 1980 and 1983, and immediately joined AT&T. He has worked in many areas of computational linguistics including: acoustics, speech recognition, speech synthesis, OCR, phonetics, phonology, morphology, word-sense disambiguation, spelling correction, terminology, translation, lexicography, information retrieval, compression, language modeling and text analysis. He enjoys working with very large corpora such as the Associated Press newswire (1 million words per week) and larger datasets such as larger data sets such as telephone call detail (1-10 billion records per month).

  • Tom Griffiths, Brown University

    Tom Griffiths is interested in developing rational accounts of cognition using probabilistic generative models and Bayesian statistics. His current areas of interest are understanding people's everyday inductive leaps -- difficult inductive problems we solve every day, like predicting the future, learning causal relationships, and noticing coincidences -- and the interface between psychology and machine learning in developing statistical models of language.

  • Andrew McCallum, University of Massachusetts Amherst

    The main goal of Andrew McCallum's research is to dramatically increase our ability to mine actionable knowledge from unstructured text. He is especially interested in information extraction from the Web, understanding the connections between people and between organizations, expert finding, social network analysis, and mining the scientific literature & community. Toward this end his group develops and employs various methods in statistical machine learning, natural language processing, information retrieval and data mining, tending toward probabilistic approaches and graphical models.

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last updated seventeen august two thousand five
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