@inproceedings{schneider-1991-metal,
title = "The {METAL} System. Status 1991",
author = "Schneider, Thomas",
booktitle = "Proceedings of Machine Translation Summit III: Papers",
month = jul # " 1-4",
year = "1991",
address = "Washington DC, USA",
url = "https://aclanthology.org/1991.mtsummit-papers.6",
pages = "41--44",
abstract = "The METAL system which originally evolved from a cooperation between the University of Texas and Siemens became a product in 1988. METAL is implemented on multi-user worksta- tions with a LISP server in the background. It is integrated into the office environment and permits automatic deformatting and reformatting of documents. METAL is characterized by recursive grammars, best paths parsing and a modular lexicon structure. Recent changes in system design have focussed both on internal structure and on user interface. Experiences with productive use have proven METAL{'}s cost-effectiveness but have also shown the need for increased cooperation between developers and end-users.",
}
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<abstract>The METAL system which originally evolved from a cooperation between the University of Texas and Siemens became a product in 1988. METAL is implemented on multi-user worksta- tions with a LISP server in the background. It is integrated into the office environment and permits automatic deformatting and reformatting of documents. METAL is characterized by recursive grammars, best paths parsing and a modular lexicon structure. Recent changes in system design have focussed both on internal structure and on user interface. Experiences with productive use have proven METAL’s cost-effectiveness but have also shown the need for increased cooperation between developers and end-users.</abstract>
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%0 Conference Proceedings
%T The METAL System. Status 1991
%A Schneider, Thomas
%S Proceedings of Machine Translation Summit III: Papers
%D 1991
%8 jul 1 4
%C Washington DC, USA
%F schneider-1991-metal
%X The METAL system which originally evolved from a cooperation between the University of Texas and Siemens became a product in 1988. METAL is implemented on multi-user worksta- tions with a LISP server in the background. It is integrated into the office environment and permits automatic deformatting and reformatting of documents. METAL is characterized by recursive grammars, best paths parsing and a modular lexicon structure. Recent changes in system design have focussed both on internal structure and on user interface. Experiences with productive use have proven METAL’s cost-effectiveness but have also shown the need for increased cooperation between developers and end-users.
%U https://aclanthology.org/1991.mtsummit-papers.6
%P 41-44
Markdown (Informal)
[The METAL System. Status 1991](https://aclanthology.org/1991.mtsummit-papers.6) (Schneider, MTSummit 1991)
ACL
- Thomas Schneider. 1991. The METAL System. Status 1991. In Proceedings of Machine Translation Summit III: Papers, pages 41–44, Washington DC, USA.