Papers for Relevance Assessment by Zheng-Yu Niu

Research Question: how to use unlabeled data to help learning from labeled data, which will address the well known knowledge acquisition bottleneck problem.

Paper ID
(Link to PDF)

Title

Author(s)

16

Named Entity Recognition in Biomedical Texts using an HMM Model

Shaojun Zhao

W02-0817

Building a Sense Tagged Corpus with Open Mind Word Expert

Timothy Chklovski; Rada Mihalcea

J04-3001

Sample Selection for Statistical Parsing

Rebecca Hwa

81_pdf_2-col

Learning with Unlabeled Data for Text Categorization Using a Bootstrapping and a Feature Projection Technique

Youngjoong Ko and Jungyun Seo

sw-3

Maximum Entropy Modeling in Sparse Semantic Tagging

Jia Cui and David Guthrie

P02-1064

An Empirical Study of Active Learning with Support Vector Machines forJapanese Word Segmentation

Manabu Sassano

P05-1001

A High-Performance Semi-Supervised Learning Method for Text Chunking

Rie Ando; Tong Zhang

185_pdf_2-col

Multi-Criteria-based Active Learning for Named Entity Recognition

Dan Shen, Jie Zhang, Jian Su, Guodong Zhou and Chew-Lim Tan

W05-0408

Automatic Identification of Sentiment Vocabulary: Exploiting Low Association with Known Sentiment Terms

Michael Gamon; Anthony Aue

W03-0410

Semi-supervised Verb Class Discovery Using Noisy Features

Suzanne Stevenson; Eric Joanis

W05-1301

Weakly Supervised Learning Methods for Improving the Quality of Gene Name Normalization Data

Ben Wellner

W05-0608

Domain Kernels for Text Categorization

Alfio Gliozzo; Carlo Strapparava

W03-1027

Virtual Examples for Text Classification with Support Vector Machines

Manabu Sassano

W99-0908

Text Classification by Bootstrapping with Keywords, EM and Shrinkage

Andrew McCallum; Kamal Nigam

J04-3004

Understanding the Yarowsky Algorithm

Steven Abney

W03-0406

Unsupervised learning of word sense disambiguation rules by estimating an optimum iteration number in the EM algorithm

Hiroyuki Shinnou; Minoru Sasaki

W03-1015

Bootstrapping Coreference Classifiers with Multiple Machine Learning Algorithms

Vincent Ng; Claire Cardie