Travelled to:
1 × Austria
1 × Estonia
1 × Germany
2 × Hungary
2 × Italy
Collaborated with:
H.Giese L.Lambers ∅ A.Seibel A.Anjorin A.Schürr J.Rieke J.Greenyer F.Orejas D.Petrick I.Richter E.Leblebici B.Becker S.Neumann T.Vogel S.Wätzoldt W.Schäfer M.Lauder
Talks about:
graph (6) grammar (5) tripl (5) model (4) transform (3) tool (3) increment (2) implement (2) bidirect (2) conform (2)
Person: Stephan Hildebrandt
DBLP: Hildebrandt:Stephan
Contributed to:
Wrote 9 papers:
- GT-VMT-2014-LeblebiciASHRG #comparison #graph grammar #incremental #tool support
- A Comparison of Incremental Triple Graph Grammar Tools (EL, AA, AS, SH, JR, JG).
- BX-2013-HildebrandtLGRGSLAS #graph grammar #overview #tool support
- A Survey of Triple Graph Grammar Tools (SH, LL, HG, JR, JG, WS, ML, AA, AS), pp. 1–17.
- ICMT-2013-HildebrandtLG #automation #consistency #graph grammar #implementation #specification #testing
- Complete Specification Coverage in Automatically Generated Conformance Test Cases for TGG Implementations (SH, LL, HG), pp. 174–188.
- AMT-2012-HildebrandtLG #development #framework #graph grammar #model transformation
- The MDELab tool framework for the development of correct model transformations with triple graph grammars (SH, LL, HG), pp. 33–34.
- BX-2012-LambersHGO #bidirectional #graph grammar #model transformation
- Attribute Handling for Bidirectional Model Transformations: The Triple Graph Grammar Case (LL, SH, HG, FO), pp. 84–99.
- SFM-2012-GieseLBHNVW #adaptation #graph transformation #modelling #runtime
- Graph Transformations for MDE, Adaptation, and Models at Runtime (HG, LL, BB, SH, SN, TV, SW), pp. 137–191.
- AGTIVE-2011-HildebrandtLGPR #automation #consistency #graph grammar #implementation #testing
- Automatic Conformance Testing of Optimized Triple Graph Grammar Implementations (SH, LL, HG, DP, IR), pp. 238–253.
- BX-2011-Hildebrandt #bidirectional #incremental
- Incremental Bidirectional Model Synchronization (SH), p. 59.
- GT-VMT-2009-GieseHS #diagrams #flexibility #scalability
- Improved Flexibility and Scalability by Interpreting Story Diagrams (HG, SH, AS), pp. 147–158.