5. MUC 1993: Baltimore, Maryland, USA

Information extraction task

• Lynn Carlson, Boyan A. Onyshkevych, Mary Ellen Okurowski:
  Corpora and data preparation. 1-5
  
• Boyan A. Onyshkevych, Mary Ellen Okurowski, Lynn Carlson:
  Tasks, domains, and languages. 7-17
  
• Boyan A. Onyshkevych:
  Template design for information extraction. 19-23
  

Evaluation

• Beth Sundheim:
  Tipster/MUC-5: information extraction system evaluation. 27-44
  
• Mary Ellen Okurowski:
  Domain and language evaluation results. 45-51
  
• Craig A. Will:
  Comparing human and machine performance for natural language information extraction: results for English microelectronics from the MUC-5 evaluation. 53-67
  
• Nancy Chinchor, Beth Sundheim:
  MUC-5 evaluation metrics. 69-78
  
• Nancy Chinchor:
  The statistical significance of the MUC-5 results. 79-83
  

Systems

• Jerry R. Hobbs:
  The generic information extraction system. 87-91
  
• Ralph M. Weischedel, Damaris M. Ayuso, Sean Boisen, Heidi Fox, Robert Ingria, Tomoyoshi Matsukawa, Constantine Papageorgiou, Dawn MacLaughlin, Masaichiro Kitagawa, Tsutomu Sakai, June Abe, Hiroto Hosihi, Yoichi Miyamoto, Scott Miller:
  BBN: description of the PLUM system as used for MUC-5. 93-107
  
• Paul S. Jacobs, George B. Krupka, Lisa F. Rau, Michael L. Mauldin, Teruko Mitamura, Tsuyoshi Kitani, Ira Sider, Lois Childs:
  GE-CMU: description of the SHOGUN system used for MUC-5. 109-120
  
• Christine A. Montgomery, Robert E. Stumberger, Bonnie Glover Stalls, Naicong Li, Robert S. Belvin, Susan Hirsh Litenatsky:
  Language Systems Inc.: description of the DBG system as used for MUC-5. 121-135
  
• John S. Aberdeen, John D. Burger, Dennis Connolly, Susan Roberts, Marc B. Vilain:
  Mitre-Bedford: description of the Alembic system as used for MUC-5. 137-146
  
• Kazunori Muraki, Shinichi Doi, Shinichi Ando:
  NEC: description of the VENIEX system as used for MUC-5. 147-159
  
• James R. Cowie, Louise Guthrie, Wang Jin, Rong Wang, Takahiro Wakao, James Pustejovsky, Scott Waterman:
  CRL/Brandeis: description of the Diderot system as used for MUC-5. 161-179
  
• Ralph Grishman, John Sterling:
  New York University: description of the Proteus system as used for MUC-5. 181-194
  
• Bruce Loatman, Chih-King Yang:
  PRC Inc.: description of the PAKTUS system used for MUC-5. 195-206
  
• Chinatsu Aone, Sharon Flank, Douglas McKee, Paul Krause:
  SRA: description of the SOLOMON system as used for MUC-5. 207-220
  
• Douglas E. Appelt, Jerry R. Hobbs, John Bear, David J. Israel, Megumi Kameyama, Mabry Tyson:
  SRI: description of the JV-FASTUS system used for MUC-5. 221-235
  
• William W. Noah, Rollin V. Weeks:
  TRW: description of the DEFT system as used for MUC-5. 237-248
  
• Carl Weir, Rich Fritzson:
  UNISYS: description of the CBAS system used for MUC-5. 249-261
  
• Dekang Lin:
  University of Manitoba: description of the NUBA system as used for MUC-5. 263-275
  
• Wendy G. Lehnert, J. McCarthy, Stephen Soderland, Ellen Riloff, Claire Cardie, J. Peterson, Fangfang Feng, C. Dolan, S. Goldman:
  UMass/Hughes: description of the CIRCUS system used for MUC-5. 277-291
  
• Steven L. Lytinen, Robert R. Burridge, Peter M. Hastings, Christian R. Huyck:
  Description of the LINK system used for MUC-5. 293-303
  
• Dan I. Moldovan, Seungho Cha, Minhwa Chung, Tony Gallippi, Kenneth J. Hendrickson, Jun-Tae Kim, Changhwa Lin, Chinyew Lin:
  USC: description of the SNAP system used for MUC-5. 305-319
  
• Robert J. Gaizauskas, Lynne J. Cahill, Roger Evans:
  Sussex University: description of the Sussex system used for MUC-5. 321-335
  

Summaries of topic sessions

• James Pustejovsky:
  Summary of workshop on lexicons for text extraction. 339-340
  
• Robert E. Stumberger:
  Report from the text analysis techniques topic session. 341-342
  
• Paul S. Jacobs:
  Information extraction for the future. 343
  
• Damaris M. Ayuso:
  Topic session on discourse. 345
  
• Joe McCarthy:
  Tools and techniques for rapid porting. 347-348
  
• Lisa F. Rau:
  Information extraction and evaluation. 349