LIBD:Projets

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==TimeStat==
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==TimeStat <small></small>==
 
[1010-?]
 
[1010-?]
  
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==e-Health==
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==e-Health <small></small>==
 
[2009-?]
 
[2009-?]
  
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==Rainbow==
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==Rainbow <small></small>==
 
[2007-?]
 
[2007-?]
  
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==DB-Quality==
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==DB-Quality <small></small>==
 
[2007-?]
 
[2007-?]
  
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==Instap==
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==Instap <small></small>==
 
[2008-?]
 
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==Gisele==
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==Gisele <small></small>==
 
[2007-?]
 
[2007-?]
  
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==RISTART==
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==RISTART <small></small>==
 
[2004-2009]
 
[2004-2009]
  
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==BIGRE==
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==BIGRE <small></small>==
  
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==BioMaze==
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==BioMaze <small></small>==
 
[2004-2008]
 
[2004-2008]
  
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==REQUEST==
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==REQUEST <small></small>==
 
[2004-2008]
 
[2004-2008]
  
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==Quetelet.net==
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==Quetelet.net <small></small>==
 
[2004-2008]
 
[2004-2008]
  
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==Active Database==
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==Active Database <small></small>==
 
[1999-2001]
 
[1999-2001]
  
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==Data Interoperability==
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==Data Interoperability <small></small>==
 
[1999-2001]
 
[1999-2001]
  
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==RetroWeb==
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==RetroWeb <small></small>==
 
[2001-2009]
 
[2001-2009]
  
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==Certiform==
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==Certiform <small></small>==
 
[2001-2003]
 
[2001-2003]
  
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==DB-MAIN/Objectif 1==
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==DB-MAIN/Objectif 1 <small></small>==
 
[1995-1999]
 
[1995-1999]
  
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==InterDB==
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==InterDB <small></small>==
 
[1995-2001]
 
[1995-2001]
  
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==TimeStamp==
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==TimeStamp <small>Temporal Database Engineering</small>==
 
*''Objective'': Development of models, methods and tools for temporal databases (TDB) design, management and exploitation
 
*''Objective'': Development of models, methods and tools for temporal databases (TDB) design, management and exploitation
 
*''Results'': (1) a hierarchy of layered models to specify TDB, (2) a methodology to design and implement TDB in SQL2, (3) the architecture of an active database for the management of bitemporal databases, (4) an extension of the DB-MAIN tool to support the design and the generation of TDB, (4) a TSQL-like API to easily process temporal data (extended SQL through an ODBC-like interface).
 
*''Results'': (1) a hierarchy of layered models to specify TDB, (2) a methodology to design and implement TDB in SQL2, (3) the architecture of an active database for the management of bitemporal databases, (4) an extension of the DB-MAIN tool to support the design and the generation of TDB, (4) a TSQL-like API to easily process temporal data (extended SQL through an ODBC-like interface).
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==DB-Process==
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==DB-Process <small>(Database Method Engineering)</small>==
 
*''Objective'': Development of an engineering process model and its implementation as the method engine of DB-MAIN;
 
*''Objective'': Development of an engineering process model and its implementation as the method engine of DB-MAIN;
 
*''Results'': (1) comprehensive model and language for specifying data-oriented engineering methods, (2) the methodological engine of DB-MAIN (3) doctoral thesis (''Database Engineering Process Modeling'').
 
*''Results'': (1) comprehensive model and language for specifying data-oriented engineering methods, (2) the methodological engine of DB-MAIN (3) doctoral thesis (''Database Engineering Process Modeling'').
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==DB-MAIN==
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==DB-MAIN <small>Database Engineering</small>==
 
*''Objective'': Development of  models, techniques, methods and tools to support all the database engineering processes
 
*''Objective'': Development of  models, techniques, methods and tools to support all the database engineering processes
 
*''Results'': (1) consolidation of the transformational paradigm as an effective engineering technique, (2) the DB-MAIN CASE/meta-CASE environment, (3) comprehensive methodologies for DB analysis/design, sophisticated code generation, DB reverse engineering and database evolution, (4) doctoral thesis (''Meta-CASEs''), (5) doctoral thesis (''Database evolution''), (6) doctoral thesis (''Database reverse engineering'').
 
*''Results'': (1) consolidation of the transformational paradigm as an effective engineering technique, (2) the DB-MAIN CASE/meta-CASE environment, (3) comprehensive methodologies for DB analysis/design, sophisticated code generation, DB reverse engineering and database evolution, (4) doctoral thesis (''Meta-CASEs''), (5) doctoral thesis (''Database evolution''), (6) doctoral thesis (''Database reverse engineering'').
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==PHENIX==
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==PHENIX <small>(Database Reverse Engineering)</small>==
 
*''Objective'': Development of methods and tools to reverse engineer COBOL files through AI techniques
 
*''Objective'': Development of methods and tools to reverse engineer COBOL files through AI techniques
 
*''Results'': (1) a generic methodological framework for DB reverse engineering, (2) a prototype expert-system to extract logical and conceptual schemas from COBOL source programs (has not been marketed)
 
*''Results'': (1) a generic methodological framework for DB reverse engineering, (2) a prototype expert-system to extract logical and conceptual schemas from COBOL source programs (has not been marketed)
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==TRAMIS==
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==TRAMIS <small>(Computer-Aided Database Design)</small>==
 
*''Objective'': Development of a database engineering CASE tool (SQL databases, CODASYL databases, standard files);
 
*''Objective'': Development of a database engineering CASE tool (SQL databases, CODASYL databases, standard files);
 
*''Results'': the TRAMIS/Master CASE tool, marketed by CONCIS (currently subsidiary of Ariane II) from 1988 to 1991
 
*''Results'': the TRAMIS/Master CASE tool, marketed by CONCIS (currently subsidiary of Ariane II) from 1988 to 1991
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==ORGA==
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==ORGA <small>(Computer-Aided Logical Database Design)==
 
*''Objective'': Development of a CASE tool to produce COBOL, CODASYL and SQL databases from conceptual schemas;
 
*''Objective'': Development of a CASE tool to produce COBOL, CODASYL and SQL databases from conceptual schemas;
 
*''Results'': the IDA/Orga CASE tool, marketed by METSI from 1985 to 1988
 
*''Results'': the IDA/Orga CASE tool, marketed by METSI from 1985 to 1988
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*''Publications'':
 
*''Publications'':
  
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==IDML==
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==IDML <small>(Computer-Aided Logical Database Design)==
 
[1978-1982]
 
[1978-1982]
  
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==Large Administrative Databases==
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==Large Administrative Databases <small>(Models, Languages and Management Systems for Large Administrative databases)==
 
[1971-1977]
 
[1971-1977]
  

Version du 26 mars 2010 à 21:24

Page en développement


Projets de recherche / Research Projects


Sommaire

TimeStat

[1010-?]

e-Health

[2009-?]

Rainbow

[2007-?]

DB-Quality

[2007-?]

Instap

[2008-?]

Gisele

[2007-?]

RISTART

[2004-2009]

BIGRE

BioMaze

[2004-2008]

REQUEST

[2004-2008]

Quetelet.net

[2004-2008]

Active Database

[1999-2001]

Data Interoperability

[1999-2001]

RetroWeb

[2001-2009]

Certiform

[2001-2003]

DB-MAIN/Objectif 1

[1995-1999]

InterDB

[1995-2001]

TimeStamp Temporal Database Engineering

  • Objective: Development of models, methods and tools for temporal databases (TDB) design, management and exploitation
  • Results: (1) a hierarchy of layered models to specify TDB, (2) a methodology to design and implement TDB in SQL2, (3) the architecture of an active database for the management of bitemporal databases, (4) an extension of the DB-MAIN tool to support the design and the generation of TDB, (4) a TSQL-like API to easily process temporal data (extended SQL through an ODBC-like interface).
  • Themes: temporal database, CASE tool, database design, active database
  • Dates: 1997-2003
  • Personnel: Jean-Luc Hainaut, Virginie Detienne
  • Publications:

DB-Process (Database Method Engineering)

  • Objective: Development of an engineering process model and its implementation as the method engine of DB-MAIN;
  • Results: (1) comprehensive model and language for specifying data-oriented engineering methods, (2) the methodological engine of DB-MAIN (3) doctoral thesis (Database Engineering Process Modeling).
  • Themes: CASE tool, method engineering, process modeling, database methodology
  • Dates: 1995-2003
  • Personnel: Jean-Luc Hainaut, Didier Roland
  • Publications:

DB-MAIN Database Engineering

  • Objective: Development of models, techniques, methods and tools to support all the database engineering processes
  • Results: (1) consolidation of the transformational paradigm as an effective engineering technique, (2) the DB-MAIN CASE/meta-CASE environment, (3) comprehensive methodologies for DB analysis/design, sophisticated code generation, DB reverse engineering and database evolution, (4) doctoral thesis (Meta-CASEs), (5) doctoral thesis (Database evolution), (6) doctoral thesis (Database reverse engineering).
  • Themes: CASE/CARE tool, schema transformation, database methodology, program analysis, database reverse engineering; implicit constraints elicitation, schema conceptualization
  • Dates: 1993-?
  • Personnel: Jean-Luc Hainaut, Jean Henrard, Jean-Marc Hick, Vincent Englebert, Didier Roland
  • Publications:

PHENIX (Database Reverse Engineering)

  • Objective: Development of methods and tools to reverse engineer COBOL files through AI techniques
  • Results: (1) a generic methodological framework for DB reverse engineering, (2) a prototype expert-system to extract logical and conceptual schemas from COBOL source programs (has not been marketed)
  • Themes: CASE/CARE tool, schema transformation, program analysis, database reverse engineering; implicit constraints elicitation, AI techniques
  • Dates: 1989-1993
  • Personnel: Jean-Luc Hainaut, Bertrand Mignon, Catherine Tonneau, Muriel Chandelon
  • Publications:

TRAMIS (Computer-Aided Database Design)

  • Objective: Development of a database engineering CASE tool (SQL databases, CODASYL databases, standard files);
  • Results: the TRAMIS/Master CASE tool, marketed by CONCIS (currently subsidiary of Ariane II) from 1988 to 1991
  • Themes: CASE tool, schema transformation, code generation, SQL DBMS, CODASYL DBMS, standard files
  • Dates: 1986-1991
  • Personnel: Jean-Luc Hainaut, Mario Cadelli, Bernard Decuyper, Olivier Marchand
  • Publications:

ORGA (Computer-Aided Logical Database Design)

  • Objective: Development of a CASE tool to produce COBOL, CODASYL and SQL databases from conceptual schemas;
  • Results: the IDA/Orga CASE tool, marketed by METSI from 1985 to 1988
  • Themes: CASE tool, schema transformation, code generation, SQL DBMS, CODASYL DBMS, standard files
  • Dates: 1984-1985
  • Personnel: Jean-Luc Hainaut, Alain Delcourt, Benoît Vanhoute, Carine Charlot
  • Publications:

IDML (Computer-Aided Logical Database Design)

[1978-1982]

Large Administrative Databases (Models, Languages and Management Systems for Large Administrative databases)

[1971-1977]



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