NIST's TIPSTER Text Program (1998)
up
TIPSTER TEXT PROGRAM PHASE III: Proceedings of a Workshop held at Baltimore, Maryland, October 13-15, 1998
Reflections of Accomplishments in Natural Language Based Detection and Summarization
Susan R. Viscuso
Susan R. Viscuso
Coreference Resolution Strategies From an Application Perspective
Lois C. Childs | David Dadd | Norris Heintzelman
Lois C. Childs | David Dadd | Norris Heintzelman
Information Extraction Research and Applications: Current Progress and Future Directions
Andrew Kehler | Jerry R. Hobbs | Douglas Appelt | John Bear | Matthew Caywood | David Israel | Megumi Kameyama | David Martin | Claire Monteleoni
Andrew Kehler | Jerry R. Hobbs | Douglas Appelt | John Bear | Matthew Caywood | David Israel | Megumi Kameyama | David Martin | Claire Monteleoni
Algorithms That Learn to Extract Information BBN: TIPSTER Phase III
Scott Miller | Michael Crystal | Heidi Fox | Lance Ramshaw | Richard Schwartz | Rebecca Stone | Ralph Weischedel
Scott Miller | Michael Crystal | Heidi Fox | Lance Ramshaw | Richard Schwartz | Rebecca Stone | Ralph Weischedel
The Smart/Empire TIPSTER IR System
Chris Buckley | Janet Walz | Claire Cardie | Scott Mardis | Mandar Mitra | David Pierce | Kiri Wagstaff
Chris Buckley | Janet Walz | Claire Cardie | Scott Mardis | Mandar Mitra | David Pierce | Kiri Wagstaff
Enhancing Detection through Linguistic Indexing and Topic Expansion
Tomek Strzalkowski | Gees C. Stein | G. Bowden Wise
Tomek Strzalkowski | Gees C. Stein | G. Bowden Wise
Overview of the University of Pennsylvania’s TIPSTER Project
Breck Baldwin | Thomas S. Morton | Amit Bagga
Breck Baldwin | Thomas S. Morton | Amit Bagga
An NTU-Approach to Automatic Sentence Extraction for Summary Generation
Kuang-hua Chen | Sheng-Jie Huang | Wen-Cheng Lin | Hsin-Hsi Chen
Kuang-hua Chen | Sheng-Jie Huang | Wen-Cheng Lin | Hsin-Hsi Chen
Automatic summarization and information extraction are two important Internet services. MUC and SUMMAC play their appropriate roles in the next generation Internet. This paper focuses on the automatic summarization and proposes two different models to extract sentences for summary generation under two tasks initiated by SUMMAC-1. For categorization task, positive feature vectors and negative feature vectors are used cooperatively to construct generic, indicative summaries. For adhoc task, a text model based on relationship between nouns and verbs is used to filter out irrelevant discourse segment, to rank relevant sentences, and to generate the user-directed summaries. The result shows that the NormF of the best summary and that of the fixed summary for adhoc tasks are 0.456 and 0.447. The NormF of the best summary and that of the fixed summary for categorization task are 0.4090 and 0.4023. Our system outperforms the average system in categorization task but does a common job in adhoc task.