I can see only one attached file: TextSimplifier.xml
Can you send me the input file, the rules and the type systems.
Peter
On 19.11.2012 13:45, Monaghan, Fergal wrote:
I've attached here the descriptor ("TextSimplifier.xml": configuration
for TextMarkerEngine), the test input data ("random01.txt.xmi":
Cleartk[OpenNLP] annotated), the rules file ("rules.tm": with 1 rule,
my first partial attempt at the text simplification process) and the
current output ("1.xmi": one additional tag has been created by the
rule), if this helps,
Thanks again,
Fergal.
*From:*fergal.monag...@sap.com
*Sent:* 19 November 2012 09:56
*To:* 'user@uima.apache.org'
*Subject:* TextMarker language workthrough for text simplification
example?
Hi all (and especially the good folks working on TextMarker in the
sandbox),
1. I am interested in implementing the type of text simplification
rules set out in this paper [1].
2. I would prefer to use TextMarker (and its language) natively in
UIMA than use the UIMA<->GATE integration and JAPE rules.
3. I have cloned TextMarker from the repo and have configured an
analysis engine descriptor to run TextMarkerEngine using custom rules.
4. I have switched off the TextMarkerEngine seed annotations as I am
testing on pre-processed XMI files that have been pre-annotated with
the Cleartk type systems (up to and including TreebankNodes... OpenNLP
used under the hood if that's of interest).
5. Things are building and unit tests running fine on simple rules.
Yay! Good work guys :)
Now I am focussing on customising the rules for the text
simplification application. I have been studying the TextMarker
language documentation here [2] as well as TextMarker's unit tests in
the sandbox to get things working so far, but am now asking for your
help to complete one of the example rules I'd like to implement. This
is the example from [1]:
Input (original):
"The jury also commented on the Fulton court, which has been under
fire for its practices in the appointment of appraisers, guardians and
administrators."
Output (simplified):
"The jury also commented on the Fulton court." "The Fulton court has
been under fire for its practices in the appointment of appraisers,
guardians and administrators."
Rule I want to implement in the TextMarker language:
V W:NP_ant, Rel Clause(X:Rel Pr Y), Z. -> V W Z. W Y.
which can be interpreted as "If a sentence consists of any text V
followed by the antecedent noun phrase W, a relative clause
(consisting of a relative pronoun X and a sequence of words Y)
enclosed in commas and a sequence of words Z, then the embedded clause
can be made into a new sentence with W as the subject NP".
So far I have gotten to this in the TextMarker language (please see
below the contents of my rules.tm file that I'm running through
TextMarker). Please note this itself is not an attempt at the final
complete rule, but some intermediate attempt that is the furthest I've
been able to get on my own which still passes unit tests:
===============================================
PACKAGE org.cleartk.syntax.constituent.type;
(TreebankNode{FEATURE("nodeType","NP")}
TerminalTreebankNode{FEATURE("nodeType",",")}
TerminalTreebankNode{FEATURE("nodeType","WDT")}
TreebankNode{FEATURE("nodeType","S")}){->MARK(com.sap.research.bd.ta.AdjectivalOrRelativeClause)};
===============================================
Can someone complete this rule to get me closer to the example above?
I lack understanding of the TextMarker language, but I feel that if I
had an example of this slightly more complex rule than what is present
in the unit tests/documentation, that I would be able to work it out
for the rest of the rules I want to implement.
Thanks very much for reading, and for any help you can provide,
*Fergal Monaghan*
B.E., Ph.D. | Research Specialist | SAP Research
*SAP (UK) Limited* | The Concourse | Queen's Road |
Belfast BT3 9DT
T: +44 (0)28 9078-5705 | M: +44 (0)79 2076-6281 | F: +44
(0)28 9078-5777
mailto:fergal.monag...@sap.com | www.sap.com/research
<http://www.sap.com/research>__
[1] http://homepages.abdn.ac.uk/advaith/pages/LEC02.pdf
<http://homepages.abdn.ac.uk/advaith/pages/LEC02.pdf>
[2] http://tmwiki.informatik.uni-wuerzburg.de/Wiki.jsp?page=Introduction
