Travelled to:1 × China
1 × Germany
1 × Norway
1 × Portugal
1 × Republic of China
1 × South Korea
1 × Spain
1 × Switzerland
1 × USA
Collaborated with:C.J.P.d.Lucena A.D.d.Costa E.J.T.Gonçalves M.I.Cortés C.Braga E.C.d.R.C.Saraiva G.A.L.d.Campos B.F.d.S.Neto J.d.O.Zahn A.Brandão A.Garcia M.Clavel M.Egea C.Nunes G.F.Gomes M.T.d.A.Netto K.Farias A.R.Feijó F.R.Oliveira
Talks about:agent (6) model (5) system (3) self (3) mas (3) ml (3) implement (2) framework (2) proactiv (2) industri (2)
Person: Viviane Torres da Silva
DBLP: Silva:Viviane_Torres_da
Contributed to:
2015
201420112010
20102010
2009
20082005Wrote 10 papers:
- ICEIS-v1-2015-SilvaBZ
- Indirect Normative Conflict — Conflict that Depends on the Application Domain (VTdS, CB, JdOZ), pp. 452–461.
- SAC-2014-SaraivaS #behaviour #how
- Choosing my partners based on how they will evaluate my behavior (ECdRCS, VTdS), pp. 781–783.
- ICEIS-v2-2011-GoncalvesFCFOS #modelling #multi
- MAS-ML Tool — A Modeling Environment for Multi-agent Systems (EJTG, KF, MIC, ARF, FRO, VTdS), pp. 192–197.
- ICEIS-AIDSS-2010-GoncalvesCCS
- Extending MAS-ML to Model Proactive and Reactive Sotware Agents (EJTG, MIC, GALdC, VTdS), pp. 75–84.
- MoDELS-v1-2010-CostaSGL #industrial #modelling #scalability
- Improving Test Models for Large Scale Industrial Systems: An Inquisitive Study (ADdC, VTdS, AG, CJPdL), pp. 301–315.
- SAC-2010-CostaNSFL #adaptation #framework #self
- JAAF+T: a framework to implement self-adaptive agents that apply self-test (ADdC, CN, VTdS, BFdSN, CJPdL), pp. 928–935.
- SAC-2010-GoncalvesCCGS #modelling #towards #using
- Towards the modeling reactive and proactive agents by using MAS-ML (EJTG, MIC, GALdC, GFG, VTdS), pp. 936–937.
- SEKE-2009-NetoCNSL #adaptation #framework #named #self
- JAAF: A Framework to Implement Self-adaptive Agents (BFdSN, ADdC, MTdAN, VTdS, CJPdL), pp. 212–217.
- ECMDA-FA-2008-ClavelSBE #experience #industrial #modelling #security
- Model-Driven Security in Practice: An Industrial Experience (MC, VTdS, CB, ME), pp. 326–337.
- SEKE-2005-BrandaoSL #design #knowledge-based #multi #reasoning #using #verification
- Multi-Agent System Design Verification Using Knowledge-based Reasoning (AB, VTdS, CJPdL), pp. 602–607.