LIBD:THESES

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<center><b><big><big>Thèses / Theses</big></big></b></center>
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<center><b><big><big>Theses / Thèses</big></big></b></center>
  
  
[[LIBD:Publications|<''Retour à la page des publications''>]]
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[[LIBD:Publications|<''Retour à la page des publications / Back''>]]
  
  
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===''xxxxxxx''===
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===''Legacy database federation. A combined forward-Reverse approach''===
  
:'''Author''': xxxxx
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:'''Author''': Philippe Thiran
  
:'''Date''': xxxxx
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:'''Date''': 2003
  
 
:'''Abstract'''
 
:'''Abstract'''
:xxxxxxxx.
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:PTH.
  
 
:[http://www.info.fundp.ac.be/~dbm/Documents/Theses/Philippe-Thiran-Thesis.pdf [full text]]
 
:[http://www.info.fundp.ac.be/~dbm/Documents/Theses/Philippe-Thiran-Thesis.pdf [full text]]
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===''Program comprehension in database reverse engineering''===
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:'''Author''': Jean Henrard
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:'''Date''': 2003
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:'''Abstract'''
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:JHE.
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:[http://www.info.fundp.ac.be/~dbm/Documents/Theses/Jean-Henrard-Thesis.pdf [full text]]
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===''Database engineering process modelling''===
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:'''Author''': Didier Roland
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:'''Date''': 2002
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:'''Abstract'''
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:DRO.
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:[http://www.info.fundp.ac.be/~dbm/Documents/Theses/Didier-Roland-Thesis.pdf [full text]]
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===''Evolution of relational databases applications''===
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:'''Author''': Jean-Marc Hick
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:'''Date''': 2001
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:'''Abstract'''
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:JMH.
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:[http://www.info.fundp.ac.be/~dbm/Documents/Theses/Jean-Marc-Hick-Thesis.pdf [full text]]
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===''A smart meta-CASE: towards an integrated solution''===
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:'''Author''': Vincent Englebert
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:'''Date''': 2000
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:'''Abstract'''
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:VEN.
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:[http://www.info.fundp.ac.be/~dbm/Documents/Theses/Vincent-Englebert-Thesis.pdf [full text]]

Version du 25 juin 2010 à 14:12

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Theses / Thèses


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Sommaire

Program Analysis and Transformation for Data-Intensive System Evolution

Author: Anthony Cleve
Date: 2009
Abstract
Data-intensive software systems are generally made of a database (sometimes in the form of a set of files) and a collection of application programs in strong interaction with the former. They constitute critical assets in most enterprises, since they support business activities in all production and management domains. Data-intensive systems form most of the so-called legacy systems: they typically are one or more decade old, they are very large, heterogeneous and highly complex. Many of them significantly resist modifications and change due to the lack of documentation, to the use of aging technologies and to inflexible architectures. Therefore, the evolution of data-intensive systems clearly calls for automated support. This thesis particularly explores the use of automated program analysis and transformation techniques in support to the evolution of the database component of the system. The program analysis techniques aim to ease the database evolution process, by helping the developers to understand the data structures that are to be changed, despite the lack of precise and up-to-date documentation. The objective of the program transformation techniques is to support the adaptation of the application programs to the new database. This adaptation process is studied in the context of two realistic database evolution scenarios, namely database platform migration and database schema refactoring.
[full text]


Legacy database federation. A combined forward-Reverse approach

Author: Philippe Thiran
Date: 2003
Abstract
PTH.
[full text]


Program comprehension in database reverse engineering

Author: Jean Henrard
Date: 2003
Abstract
JHE.
[full text]


Database engineering process modelling

Author: Didier Roland
Date: 2002
Abstract
DRO.
[full text]


Evolution of relational databases applications

Author: Jean-Marc Hick
Date: 2001
Abstract
JMH.
[full text]


A smart meta-CASE: towards an integrated solution

Author: Vincent Englebert
Date: 2000
Abstract
VEN.
[full text]
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