Travelled to:1 × Canada
1 × Italy
1 × Switzerland
2 × USA
Collaborated with:P.Grünbacher D.Lettner F.Angerer L.Linsbauer D.Hurnaus A.Grimmer D.Hinterreiter C.Wirth R.Schatz J.Sametinger A.Stritzinger K.Eder K.Feichtinger M.Nieke C.Seidl R.E.Lopez-Herrejon A.Egyed
Talks about:featur (4) softwar (3) system (3) model (3) code (3) configur (2) program (2) product (2) evolut (2) depend (2)
Person: Herbert Prähofer
DBLP: Pr=auml=hofer:Herbert
Contributed to:
2015
2014
2014
2011
2010
1999
2015
2019Wrote 9 papers:
- MoDELS-2015-LettnerEGP #case study #experience #feature model #industrial #lessons learnt #modelling #scalability
- Feature modeling of two large-scale industrial software systems: Experiences and lessons learned (DL, KE, PG, HP), pp. 386–395.
- ICSME-2014-LinsbauerAGLPLE #variability
- Recovering Feature-to-Code Mappings in Mixed-Variability Software Systems (LL, FA, PG, DL, HP, RELH, AE), pp. 426–430.
- SPLC-2014-AngererPLGG #dependence #graph #identification #product line
- Identifying inactive code in product lines with configuration-aware system dependence graphs (FA, HP, DL, AG, PG), pp. 52–61.
- VISSOFT-2011-WirthPS #approach #behaviour #multi #visualisation
- A multi-level approach for visualization and exploration of reactive program behavior (CW, HP, RS), pp. 1–4.
- SAC-2010-HurnausP #automation #composition #contract #programming #verification
- Programming assistance based on contracts and modular verification in the automation domain (DH, HP), pp. 2544–2551.
- TOOLS-USA-1999-PraehoferSS #case study #component #framework
- Component Frameworks — A Case Study (HP, JS, AS), pp. 148–157.
- ASE-2015-AngererGPG #impact analysis
- Configuration-Aware Change Impact Analysis (T) (FA, AG, HP, PG), pp. 385–395.
- GPCE-2019-FeichtingerHLPG #analysis #constraints #dependence #evolution #feature model
- Supporting feature model evolution by suggesting constraints from code-level dependency analyses (KF, DH, LL, HP, PG), pp. 129–142.
- GPCE-2019-HinterreiterNLS #evolution #feature model #modelling #product line
- Harmonized temporal feature modeling to uniformly perform, track, analyze, and replay software product line evolution (DH, MN, LL, CS, HP, PG), pp. 115–128.