The Ubuntu NLP Repository v7.10
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Component delph-in
NLP tools from the Delph-In Project
You can use apt to download and install the packages. Use the following lines in /etc/apt/sources.list and use the command sudo apt-get update to enable downloading from this component.
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deb-src http://cl.naist.jp/~eric-n/ubuntu-nlp gutsy delph-in
Packages
- ecl0.9h
Version: 0.9h-1nlp1~0gutsy1 Source (dsc): ecl0.9h_0.9h-1nlp1~0gutsy1.dsc Source (tar.gz): ecl0.9h_0.9h-1nlp1~0gutsy1.tar.gz - ecl0.9h
Description: ECL - a Common-Lisp implementation More... ECL stands for Embeddable Common-Lisp. The ECL project is an effort to modernize
Giuseppe Attardi's ECL environment to produce an implementation of the Common-
Lisp language which complies to the ANSI X3J13 definition of the language.The current ECL implementation features:
* A bytecodes compiler and interpreter.
* A translator to C.
* A UFFI-compatible interface to C code.
* A dynamic loader.
* The possibility to build standalone executables and DLLs.
* The Common-Lisp Object System (CLOS).
* Conditions and restarts for handling errors.
* Sockets as ordinary streams.
* The Gnu Multiprecision library for fast bignum operations.
* A simple conservative mark & sweep garbage collector.
* The Boehm-Weiser garbage collector.The original version was written by Giuseppe Attardi. The current maintainer of
ECLS is Juan Jose Garcia Ripoll, who can be reached at the ECLS mailing list.For more information, visit the ECL project homepage at:
<http://ecls.sourceforge.net/>Package: ecl0.9h_0.9h-1nlp1~0gutsy1_i386.deb Package: ecl0.9h_0.9h-1nlp1~0gutsy1_amd64.deb - ecl0.9h-doc
Description: Documentation for ECL More... ECL stands for Embeddable Common-Lisp. The ECL project is an effort to modernize
Giuseppe Attardi's ECL environment to produce an implementation of the Common-
Lisp language which complies to the ANSI X3J13 definition of the language.The current ECL implementation features:
* A bytecodes compiler and interpreter.
* A translator to C.
* A UFFI-compatible interface to C code.
* A dynamic loader.
* The possibility to build standalone executables and DLLs.
* The Common-Lisp Object System (CLOS).
* Conditions and restarts for handling errors.
* Sockets as ordinary streams.
* The Gnu Multiprecision library for fast bignum operations.
* A simple conservative mark & sweep garbage collector.
* The Boehm-Weiser garbage collector.The original version was written by Giuseppe Attardi. The current maintainer of
ECLS is Juan Jose Garcia Ripoll, who can be reached at the ECLS mailing list.For more information, visit the ECL project homepage at:
<http://ecls.sourceforge.net/>This package contains documentation for ECL.
Package: ecl0.9h-doc_0.9h-1nlp1~0gutsy1_all.deb - erg200707
Version: 1nlp1~0gutsy1 Source (dsc): erg200707_1nlp1~0gutsy1.dsc Source (tar.gz): erg200707_1nlp1~0gutsy1.tar.gz - erg200707
Description: English grammar for use with Cheap and LKB parsers More... The LinGO English Resource Grammar (ERG) is a broad-coverage,
linguistically precise HPSG-based grammar of English. It was
developed initially using the DFKI PAGE system, but the LKB
is now the primary grammar engineering environment. The ERG
is semantically grounded in Minimal Recursion Semantics (MRS),
which is a form of flat semantic representation capable of
supporting underspecification.For more information, see the project homepage:
<http://www.delph-in.net/erg/>
.Package: erg200707_1nlp1~0gutsy1_all.deb - itsdb
Version: 20080208-2nlp1~0gutsy1 Source (dsc): itsdb_20080208-2nlp1~0gutsy1.dsc Source (tar.gz): itsdb_20080208-2nlp1~0gutsy1.tar.gz - itsdb-doc
Description: The ITSDB documentation More... [incr tsdb()] is a hard to pronounce, powerful tool for profiling and treebanking.
This package contains documentation for ITSDB.
Package: itsdb-doc_20080208-2nlp1~0gutsy1_all.deb - libitsdb
Description: The ITSDB library More... [incr tsdb()] is a hard to pronounce, powerful tool for profiling and treebanking.
This package contains the ITSDB documentation.
Package: libitsdb_20080208-2nlp1~0gutsy1_i386.deb Package: libitsdb_20080208-2nlp1~0gutsy1_amd64.deb - libitsdb-dev
Description: Development files for iTSDB More... [incr tsdb()] is a hard to pronounce, powerful tool for profiling and treebanking.
This package contains files useful in software development using ITSDB.
Package: libitsdb-dev_20080208-2nlp1~0gutsy1_i386.deb Package: libitsdb-dev_20080208-2nlp1~0gutsy1_amd64.deb - jacy20071022
Version: 1nlp1~0gutsy1 Source (dsc): jacy20071022_1nlp1~0gutsy1.dsc Source (tar.gz): jacy20071022_1nlp1~0gutsy1.tar.gz - jacy20071022
Description: Japanese grammar for use with Cheap and LKB parsers More... The Jacy grammar is a broad-coverage linguistically precise grammar
of Japanese. It is based on the HPSG formalism with MRS semantics.
LKB is the primary grammar development environment, but the grammar
processing can be efficiently done with PET.For more information, see the project homepage:
<http://wiki.delph-in.net/moin/JacyTop/>
.Package: jacy20071022_1nlp1~0gutsy1_all.deb - lkb
Version: 0.0.20080208-1nlp1~0gutsy1 Source (dsc): lkb_0.0.20080208-1nlp1~0gutsy1.dsc Source (tar.gz): lkb_0.0.20080208-1nlp1~0gutsy1.tar.gz - lkb-src
Description: LKB source code More... The LKB system is a grammar and lexicon development environment for use with unification-based
linguistic formalisms. While not restricted to HPSG, the LKB implements the DELPH-IN reference
formalism of typed feature structures (jointly with other DELPH-IN software using the
same formalism).The primary documentation on the LKB is provided by the book Implementing Typed Feature
Structure Grammars. Excerpts from the book provide an tour of the LKB and the user manual.This package contains the source code for the LKB system.
Package: lkb-src_0.0.20080208-1nlp1~0gutsy1_all.deb - logon
Version: 0.0.1nlp1~0gutsy1 Source (dsc): logon_0.0.1nlp1~0gutsy1.dsc Source (tar.gz): logon_0.0.1nlp1~0gutsy1.tar.gz - logon
Description: LOGON dependency package More... This is a virtual package that installs the dependencies for the LOGON MT system.
Package: logon_0.0.1nlp1~0gutsy1_all.deb - pet
Version: 0.99.14-1~20080917svn-1nlp1~0gutsy1 Source (dsc): pet_0.99.14-1~20080917svn-1nlp1~0gutsy1.dsc Source (tar.gz): pet_0.99.14-1~20080917svn-1nlp1~0gutsy1.tar.gz - pet-cheap
Description: The Cheap unification parser More... The PET system for efficient processing of unification-based grammars is an industrial strength
implementation of the typed feature structure formalism used in DELPH-IN grammars. PET reads the
exact same source files (modulo some configuration options) as the LKB grammar development
environment and produces identical results. In a nutshell, PET can be viewed as a high-efficiency
batch processing and application delivery engine, while the LKB mainly targets interactive grammar
development.PET was originally developed by UlrichCallmeier at DFKI GmbH and Saarland University, and some
of its design is documented in his 2001 MSc thesis. The software subsequently served to build a
commercial email auto response product (by YY Technologies, Mountain View, CA), ported to Windows
NT, generally "hardened" (eliminating memory leakage, increasing robustness to exceptional
situations, et al.), and extended in functionality and interfaces (including UniCode support,
unknown word support, server and API library modes, lattice input, and initial MRS support); most
of this work was done by Ulrich with help from Stephan Oepen and Bernd Kiefer (of DFKI). As part
of the EU-funded Deep Thought project, Ulrich and Stephan later added support for subsumption-
based ambiguity factoring (giving a significant improvement in parsing efficiency for long inputs),
facilities to rank alternate parses according to a statistical (Maximum Entropy) parse selection
model (which, typically, one would obtain using the Redwoods tools and a hand-constructed treebank),
and the ability to compile in the (Common-Lisp) MRS code base also used in the LKB, thus enabling
output of (R)MRSs in various standard formats.Towards the end of 2003, Ulrich retired from active PET development, and Bernd has since been the
main developer (with occasional help from others, specifically Frederik Fouvry of Saarland
University and Stephan). PET has seen a range of substantial additions in functionality since,
including the ability to add (leaf) types at run-time, output fragmentary analysis hypotheses in
case of parse failures, and an XML-based input format that generalizes the lattice-oriented YY
input mode.For more information on PET and the DELPH-IN project, visit <http://www.delph-in.net/>
This package contains the Cheap chart parser from PET.
Package: pet-cheap_0.99.14-1~20080917svn-1nlp1~0gutsy1_i386.deb Package: pet-cheap_0.99.14-1~20080917svn-1nlp1~0gutsy1_amd64.deb - pet-doc
Description: Documentation for PET More... The PET system for efficient processing of unification-based grammars is an industrial strength
implementation of the typed feature structure formalism used in DELPH-IN grammars. PET reads the
exact same source files (modulo some configuration options) as the LKB grammar development
environment and produces identical results. In a nutshell, PET can be viewed as a high-efficiency
batch processing and application delivery engine, while the LKB mainly targets interactive grammar
development.PET was originally developed by UlrichCallmeier at DFKI GmbH and Saarland University, and some
of its design is documented in his 2001 MSc thesis. The software subsequently served to build a
commercial email auto response product (by YY Technologies, Mountain View, CA), ported to Windows
NT, generally "hardened" (eliminating memory leakage, increasing robustness to exceptional
situations, et al.), and extended in functionality and interfaces (including UniCode support,
unknown word support, server and API library modes, lattice input, and initial MRS support); most
of this work was done by Ulrich with help from Stephan Oepen and Bernd Kiefer (of DFKI). As part
of the EU-funded Deep Thought project, Ulrich and Stephan later added support for subsumption-
based ambiguity factoring (giving a significant improvement in parsing efficiency for long inputs),
facilities to rank alternate parses according to a statistical (Maximum Entropy) parse selection
model (which, typically, one would obtain using the Redwoods tools and a hand-constructed treebank),
and the ability to compile in the (Common-Lisp) MRS code base also used in the LKB, thus enabling
output of (R)MRSs in various standard formats.Towards the end of 2003, Ulrich retired from active PET development, and Bernd has since been the
main developer (with occasional help from others, specifically Frederik Fouvry of Saarland
University and Stephan). PET has seen a range of substantial additions in functionality since,
including the ability to add (leaf) types at run-time, output fragmentary analysis hypotheses in
case of parse failures, and an XML-based input format that generalizes the lattice-oriented YY
input mode.For more information on PET and the DELPH-IN project, visit <http://www.delph-in.net/>
This package contains the documentation for PET.
Package: pet-doc_0.99.14-1~20080917svn-1nlp1~0gutsy1_all.deb - pet-flop
Description: The Flop unification grammar preprocessor More... The PET system for efficient processing of unification-based grammars is an industrial strength
implementation of the typed feature structure formalism used in DELPH-IN grammars. PET reads the
exact same source files (modulo some configuration options) as the LKB grammar development
environment and produces identical results. In a nutshell, PET can be viewed as a high-efficiency
batch processing and application delivery engine, while the LKB mainly targets interactive grammar
development.PET was originally developed by UlrichCallmeier at DFKI GmbH and Saarland University, and some
of its design is documented in his 2001 MSc thesis. The software subsequently served to build a
commercial email auto response product (by YY Technologies, Mountain View, CA), ported to Windows
NT, generally "hardened" (eliminating memory leakage, increasing robustness to exceptional
situations, et al.), and extended in functionality and interfaces (including UniCode support,
unknown word support, server and API library modes, lattice input, and initial MRS support); most
of this work was done by Ulrich with help from Stephan Oepen and Bernd Kiefer (of DFKI). As part
of the EU-funded Deep Thought project, Ulrich and Stephan later added support for subsumption-
based ambiguity factoring (giving a significant improvement in parsing efficiency for long inputs),
facilities to rank alternate parses according to a statistical (Maximum Entropy) parse selection
model (which, typically, one would obtain using the Redwoods tools and a hand-constructed treebank),
and the ability to compile in the (Common-Lisp) MRS code base also used in the LKB, thus enabling
output of (R)MRSs in various standard formats.Towards the end of 2003, Ulrich retired from active PET development, and Bernd has since been the
main developer (with occasional help from others, specifically Frederik Fouvry of Saarland
University and Stephan). PET has seen a range of substantial additions in functionality since,
including the ability to add (leaf) types at run-time, output fragmentary analysis hypotheses in
case of parse failures, and an XML-based input format that generalizes the lattice-oriented YY
input mode.For more information on PET and the DELPH-IN project, visit <http://www.delph-in.net/>
This package contains the Flop grammar pre-processor from PET.
Package: pet-flop_0.99.14-1~20080917svn-1nlp1~0gutsy1_i386.deb Package: pet-flop_0.99.14-1~20080917svn-1nlp1~0gutsy1_amd64.deb - utool
Version: 3.1.1-1nlp1~0gutsy1 Source (dsc): utool_3.1.1-1nlp1~0gutsy1.dsc Source (tar.gz): utool_3.1.1-1nlp1~0gutsy1.tar.gz - utool
Description: utool: The Swiss Army Knife of Underspecification More... utool is a tool that performs various tasks related to scope
underspecification, a particular technique in computational
semantics of natural language. It implements the most efficient
known solver for underspecified descriptions, will convert
between various underspecification formalisms, and does a
variety of helper jobs.utool is implemented in Java, and is thus efficient and portable.
It can be used as a command-line tool, via a GUI, or as a server.
It is well documented and distributed under the GPL.utool was created within the CHORUS project at Saarland University
(Computational Linguistics and Programming Systems Lab). The
primary developers are Alexander Koller, Stefan Thater, and
Michaela Regneri, with help by Marco Kuhlmann.This package contains the utool jar file.
Package: utool_3.1.1-1nlp1~0gutsy1_all.deb - utool-doc
Description: Documentation for utool More... utool is a tool that performs various tasks related to scope
underspecification, a particular technique in computational
semantics of natural language. It implements the most efficient
known solver for underspecified descriptions, will convert
between various underspecification formalisms, and does a
variety of helper jobs.utool is implemented in Java, and is thus efficient and portable.
It can be used as a command-line tool, via a GUI, or as a server.
It is well documented and distributed under the GPL.utool was created within the CHORUS project at Saarland University
(Computational Linguistics and Programming Systems Lab). The
primary developers are Alexander Koller, Stefan Thater, and
Michaela Regneri, with help by Marco Kuhlmann.This package contains documentation for utool.
Package: utool-doc_3.1.1-1nlp1~0gutsy1_all.deb