wiki:DespoinaLog/2010/03/30

Version 1 (modified by trac, 14 years ago) (diff)

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  • JBoss @ eclipse :
    Cannot complete the install because one or more required items could not be found.
    Software being installed: JBoss BIRT Integration 1.0.1.v200910211631N-H194-GA (org.jboss.tools.birt.feature.feature.group 1.0.1.v200910211631N-H194-GA)
    Missing requirement: JBoss BIRT Core 1.0.1.v200910211631N-H194-GA (org.jboss.tools.birt.core 1.0.1.v200910211631N-H194-GA) requires 'bundle org.eclipse.birt.integration.wtp.ui 0.0.0' but it could not be found
    Cannot satisfy dependency:
    From: JBoss BIRT Integration 1.0.1.v200910211631N-H194-GA (org.jboss.tools.birt.feature.feature.group 1.0.1.v200910211631N-H194-GA)
    To: org.jboss.tools.birt.core [1.0.1.v200910211631N-H194-GA]
    • Uncheck JBoss Birt Integration. *
  • hacked peregrine in part.
  • NLQ
    • A transition from NL to querying rdf
      • Explore the potential of transform a natural language text (very simple syntactic rules should be appplied?)
        • The common structure of a sparql query include
          • Prefix : This will be determined by the domain . (specific rdf graph or group of them)
          • select : target of the search - input form the user .
            • one or two terms?
            • In this part we can either ask for a very specific input . Actual terms he is looking for e.g. name? assession?
            • need for some syntactic parser / NLP processing in input text
          • where
            • same tool for syntactic parsing of the query
            • use list of terms
            • TURTLE based syntax
              • research whether there is an existing tool for transition NL --> turtle format
            • the "where clause " is specified by the RDF properties therefore the domain we are looking in .
      • For a specific rdf entry we can have a variety of terms in search , but there is an index ? -- node of the graph ?
    • *

NLQ links :

terms : 

  • NLQ : natural language query,
  • application mining :  
    • Digging into existing applications to extract extra value, or adding additional value through combining applications into a greater whole.
    • Digging into existing “data” base(s) to extract extra value, or performing secondary analysis of existing data.