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Travelled to:
1 × Austria
1 × Brazil
1 × France
1 × United Kingdom
2 × Canada
2 × Italy
2 × Poland
2 × Portugal
2 × USA
Collaborated with:
M.Huchard J.Falleri Y.L.Traon A.O.Guédi A.Miralles B.Amar J.Jézéquel F.Pfister H.Saada H.A.Sahraoui M.Lafourcade X.Dolques T.Libourel B.Baudry H.Leblanc B.Coulette G.Arévalo S.Pickin J.J.Gutiérrez M.J.E.Cuaresma M.Mejías I.M.Ramos A.Dogui V.Prince M.Dao
Talks about:
model (12) transform (6) automat (5) generat (4) analysi (4) use (4) concept (3) requir (3) formal (3) class (3)

Person: Clémentine Nebut

DBLP DBLP: Nebut:Cl=eacute=mentine

Contributed to:

ICEIS v2 20142014
ASE 20132013
EDOC 20132013
Post-ICEIS 20122012
ICEIS v1 20122012
MoDELS 20122012
ECMFA 20112011
EDOC 20102010
ICPC 20102010
ASE 20082008
MoDELS 20082008
EDOC 20072007
MoDELS 20062006
SPL Book 20062006
ASE 20032003

Wrote 16 papers:

ICEIS-v2-2014-PfisterHN #agile #concurrent #design #diagrams #framework #metamodelling #modelling #synthesis #towards #visual notation
A Framework for Concurrent Design of Metamodels and Diagrams — Towards an Agile Method for the Synthesis of Domain Specific Graphical Modeling Languages (FP, MH, CN), pp. 298–306.
ASE-2013-SaadaHNS #model transformation #multi #optimisation #using
Recovering model transformation traces using multi-objective optimization (HS, MH, CN, HAS), pp. 688–693.
EDOC-2013-GuediHMN
Sizing the Underlying Factorization Structure of a Class Model (AOG, MH, AM, CN), pp. 167–172.
ICEIS-J-2012-AmarGMHLN12a #automation #concept analysis
Finding Semi-Automatically a Greatest Common Model Thanks to Formal Concept Analysis (BA, AOG, AM, MH, TL, CN), pp. 72–91.
ICEIS-v1-2012-AmarGMHLN #concept analysis #using
Using Formal Concept Analysis to Extract a Greatest Common Model (BA, AOG, AM, MH, TL, CN), pp. 27–37.
MoDELS-2012-SaadaDHNS #generative #model transformation
Generation of Operational Transformation Rules from Examples of Model Transformations (HS, XD, MH, CN, HAS), pp. 546–561.
ECMFA-2011-DolquesDFHNP #automation #learning #model transformation
Easing Model Transformation Learning with Automatically Aligned Examples (XD, AD, JRF, MH, CN, FP), pp. 189–204.
EDOC-2010-AmarLCN #aspect-oriented #imperative #programming #using
Using Aspect-Oriented Programming to Trace Imperative Transformations (BA, HL, BC, CN), pp. 143–152.
ICPC-2010-FalleriHLNPD #automation #identifier #network
Automatic Extraction of a WordNet-Like Identifier Network from Software (JRF, MH, ML, CN, VP, MD), pp. 4–13.
ASE-2008-FalleriHN #approach #normalisation
A Generic Approach for Class Model Normalization (JRF, MH, CN), pp. 431–434.
MoDELS-2008-FalleriHLN #automation #generative #metamodelling #model transformation
Metamodel Matching for Automatic Model Transformation Generation (JRF, MH, ML, CN), pp. 326–340.
MoDELS-2008-GutierrezNCMR #automation #case study #diagrams #process #visualisation
Visualization of Use Cases through Automatically Generated Activity Diagrams (JJG, CN, MJEC, MM, IMR), pp. 83–96.
EDOC-2007-BaudryNT #analysis #modelling #requirements
Model-Driven Engineering for Requirements Analysis (BB, CN, YLT), pp. 459–466.
MoDELS-2006-ArevaloFHN #abstraction #approach #concept analysis #modelling
Building Abstractions in Class Models: Formal Concept Analysis in a Model-Driven Approach (GA, JRF, MH, CN), pp. 513–527.
SPL-BOOK-2006-NebutTJ #product line #requirements #testing
System Testing of Product Lines: From Requirements to Test Cases (CN, YLT, JMJ), pp. 447–477.
ASE-2003-NebutPTJ #automation #generative #product line #testing
Automated Requirements-based Generation of Test Cases for Product Families (CN, SP, YLT, JMJ), pp. 263–266.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
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