LIBD:Themes

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===Database design (General)===
 
===Database design (General)===
 
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===Conceptual Analysis===
 
===Conceptual Analysis===
 
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===Logical Design===
 
===Logical Design===
 
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===Physical Design===
 
===Physical Design===
 
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===Code Generation===
 
===Code Generation===
 
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===Database Schema Quality===
 
===Database Schema Quality===
 
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===Database reverse Engineering===
 
===Database reverse Engineering===
 
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==Database Reverse Engineering==
 
==Database Reverse Engineering==
 
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===Methodology and Techniques===
 
===Methodology and Techniques===
 
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===Tools===
 
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===Case Studies===
 
===Case Studies===
 
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==Transformational Engineering==
 
==Transformational Engineering==

Version du 12 novembre 2010 à 15:46

Page en cours / Page in development


Thèmes et ressources/ Themes and resources


Cette section regroupe et intègre les différentes ressources du LIBD autour de thématiques spécifiques.
This section collects and integrates the resources of the LIBD into specific themes.


<Retour à la page d'accueil / Back>


Sommaire

Introduction

Modeling and Meta-modeling

  • Description

Database Models

  • Description
The development and the exploitation of data models are at the baseline of the database engineeering domain. They allow database structures to be described at the appropriate level of abstraction, so that one can rigourously evaluate and transform schemas and reason about them. They are at the core of design methodologies and CASE tools. The conceptual models, such as the Entity-relationship model and some interpretation of UML class diagrams are aimed at describing data/information structures at the conceptual, technology-independent level, while the many logical models currently available are intended to represent data structures as they are implemented by data managers (or by families thereof).
Several data models have been designed and implemented: the SPHINX data models, the Individual model (Merise), the GAM (Generalized Access Model), the GER (Generic Entity-relationship) model, the DB-MAIN model and the temporal ER model.
  • Keywords
ER model, Invidual model, wide-spectrum model, GER model, logical data model, temporal model, network model, hierarchical model, OO model, large schema layout, semantic and statistical aspects of models, IS-A relations
<Go to the Database Models page for more detail>

Database Languages and API

  • Description:
  • Keywords
new database languages, CASE programming, SQL script, dynamic SQL, temporal API, wrappers
<Go to the Database Languages and API page for more detail>

Meta-modeling

  • Description
  • Keywords
metamodels, metaCASE, metadata, model base, repository, workflow modeling, clinical pathway modeling
<Go to the Meta-modeling page for more detail>

Database Methodologies

  • Description

Method Modeling

  • Description
  • Resources
<Go to the Method Modeling page for more detail>

Database design (General)

  • Description
  • Resources
<Go to the Database design (General) page for more detail>

Conceptual Analysis

  • Description
  • Resources
<Go to the Conceptual Analysis page for more detail>

Logical Design

  • Description
  • Resources
<Go to the Logical Design page for more detail>

Physical Design

  • Description
  • Resources
<Go to the Physical Design page for more detail>

Code Generation

  • Description
  • Resources
<Go to the Code Generation page for more detail>

Database Schema Quality

  • Description
  • Resources
<Go to the Database Schema Quality page for more detail>

Database reverse Engineering

  • Description
  • Resources
<Go to the Database reverse Engineering page for more detail>

Database Reverse Engineering

  • Description

Methodology and Techniques

  • Description
  • Resources
<Go to the DBRE - Methodology and Techniques page for more detail>

Tools

  • Description
  • Resources
<Go to the DBRE - Tools page for more detail>

Case Studies

  • Description
  • Resources
<Go to the DBRE - Case Studies page for more detail>

Transformational Engineering

  • Description

Principles and Methodology

  • Description
  • Resources

Tools

  • Description
  • Resources

Applications

  • Description
  • Resources

Database Evolution and Migration

  • Description

Database Evolution and Migration

  • Description
  • Resources

Program Evolution and Migration

  • Description
  • Resources

Data Interoperability

  • Description

Heterogeneous Data Integration

  • Description
  • Resources

Web Data Integration

  • Description
  • Resources

Special Databases

  • Description

Active Databases

  • Description
  • Resources

Temporal Databases

  • Description
  • Resources

Statistical Databases

  • Description
  • Resources

XML and the web

  • Description

XML Structures Modeling and Manipulation

  • Description
  • Resources

Web Reverse Enginering

  • Description
  • Resources

Tools

  • Description

DBMS

  • Description
  • Resources

Standard CASE Tools

  • Description
  • Resources

Special-purpose CASE Tools

  • Description
  • Resources

Meta-CASE Tools

  • Description
  • Resources

DB Access Tools

  • Description
  • Resources

Workflow modeling

  • Description

Model-base for Clinical Pathways

  • Description
  • Resources

Workflow Modeling

  • Description
  • Resources

Databases and Computing Models

  • Description

Modeling and Methodology

  • Description
  • Resources

Tools

  • Description
  • Resources

Educational Resources

  • Description

SQL

  • Description
  • Resources

Database Design

  • Description
  • Resources

Relational Theory

  • Description
  • Resources

Database Reverse Engineering

  • Description
  • Resources

Transformation-based Database Engineering

  • Description
  • Resources

Database Security

  • Description
  • Resources

Temporal Databases

  • Description
  • Resources


<Retour à la page d'accueil / Back>


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