Travelled to:
1 × Brazil
1 × Denmark
1 × Germany
1 × Portugal
1 × Switzerland
1 × USA
2 × France
Collaborated with:
E.Cariou M.Segarra J.Gilliot ∅ S.Sadou A.Phung-Khac J.Jézéquel Z.Choukair Y.Kermarrec J.Lézoray E.Kaboré F.R.Golra F.Dagnat S.Guérin C.Guychard
Talks about:
model (7) distribut (4) method (3) compon (3) architectur (2) implement (2) overload (2) encapsul (2) collabor (2) overrid (2)
Person: Antoine Beugnard
DBLP: Beugnard:Antoine
Contributed to:
Wrote 9 papers:
- SAC-2013-Jean-BaptisteMJA #adaptation #feature model #modelling #using
- Modeling dynamic adaptations using augmented feature models (JBL, MTS, JMG, AB), pp. 1734–1741.
- ECSA-2010-Phung-KhacGSBK #architecture #data transfer #distributed #evolution #modelling #runtime
- Modelling Changes and Data Transfers for Architecture-Based Runtime Evolution of Distributed Applications (APK, JMG, MTS, AB, EK), pp. 392–400.
- SAC-2008-Phung-KhacBGS #adaptation #component #development #distributed #modelling
- Model-driven development of component-based adaptive distributed applications (APK, AB, JMG, MTS), pp. 2186–2191.
- SAC-2006-Beugnard #assembly #component #empirical #encapsulation
- Method overloading and overriding cause encapsulation flaw: an experiment on assembly of heterogeneous components (AB), pp. 1424–1428.
- SAC-OOPS-J-2006-BeugnardS07 #encapsulation
- Method Overloading and Overriding Cause Distribution Transparency and Encapsulation Flaws (AB, SS), pp. 31–45.
- EDOC-2002-CariouBJ #architecture #distributed #implementation #process
- An Architecture and a Process for Implementing Distributed Collaborations (EC, AB, JMJ), pp. 132–143.
- UML-2002-CariouB #component #interactive #specification #uml
- The Specification of UML Collaborations as Interaction Components (EC, AB), pp. 352–367.
- TRI-Ada-1996-BeugnardCK #ada #corba #implementation #named #realtime
- COREMO: A CORBA Real Time Extension Model and its Ada 95 Implementation (AB, ZC, YK), pp. 255–268.
- MoDELS-2016-GolraBDGG #agile #modelling #using
- Using free modeling as an agile method for developing domain specific modeling languages (FRG, AB, FD, SG, CG), pp. 24–34.