Research
Threads
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Metrics Formalization
•
Component Based Software Engineering
•
Estimation Models
for OO Development
•
Legacy Systems Reengineering
•
Automated Software Engineering
QUASAR
Group
Departamento
de Informática
Faculdade de Ciências e Tecnologia
Universidade Nova de Lisboa
2829-516 Caparica, Portugal
Telephone:
351 21 294 85 36 (10707)
Fax: 351 21 2948541
Email:
fba@di.fct.unl.pt
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Former team members
In this page, we
pay tribute to some friends who have worked with us in the past, as
members of the MOOD project team. Their contributions to the project
are very briefly outlined.
| Eduardo Miranda worked on his MSc thesis research work. His main objectives were to experiment new clustering algorithms on OO systems remodularization and to improve its automation by adding graphical visualization capabilities to MOTTO.
Online CV: [pdf] (in English)
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| Miguel Maciel
email: miguel_maciel[at]iol[dot]pt
Miguel has recently concluded his Computer Science B.S. degree thesis. His project consisted on evaluating the state of the art of the process of Round-Trip Engineering, by studying three of the most widespread tools with that ability with UML/Java. The study of the tools is composed of a qualitative analysis in which it is studied in detail the process of Forward and Reverse Engineering in each element of a modeling phase and a quantitative analysis in which it is evaluated the success of the process of Round-Trip Engineering.
Online CV: [pdf] (in Portuguese) |
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| Sofia
Braz
email: sbraz@[at]partner[dot]auchan[dot]com
Sofia
implemented several tools to extract design information from a
OOA&D case tool repository.
Online
CV: [pdf] (in Portuguese)
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Filipe
Mendes Produced a converter from UML class diagrams (in Rational
Rose) to the GOODLY design language.
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Jean
Sébastien Cuche collected a large sample of design data
(in GOODLY) extracted from source code available from the web with
the help of the MOODKIT G2 tool. He then participated in the preparation
of some statistical experiments based upon that sample.
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Pedro
Catelas worked on the conception and implementation of MOODKIT
G2, an evolution of the previous version of MOODKIT to a two-tiered
architecture that relied on the translation of the original design
information to GOODLY. He produced an Eiffel to GOODLY translator. |
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Luís
Ochoa worked on the conception and implementation of MOODKIT
G2, an evolution of the previous version of MOODKIT to a two-tiered
architecture that relied on the translation of the original design
information to GOODLY. He produced a Smalltalk to GOODLY translator,
a Smalltalk generator from GOODLY specifications, as well as a GOODLY
to html converter. |
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Rita
Esteves was one of the members of the team that implemented
the MOODKIT G1. MOODKIT G1 had a single tiered architecture that
allowed the extraction of the MOOD metrics from different programming
languages, such as C++ and Eiffel.
During
her stay with the MOOD team, she participated in the validation
of the original MOOD metrics set.
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