Travelled to:
1 × Austria
1 × Czech Republic
1 × Denmark
1 × France
1 × New Zealand
1 × Switzerland
1 × The Netherlands
2 × Italy
2 × United Kingdom
3 × USA
Collaborated with:
I.Schaefer A.Schürr S.Lity S.Peldszus G.Kulcsár S.Ruland J.Schroeter T.Winkelmann T.Thüm J.Bürdek D.Reuling U.Kelter M.Weckesser M.Al-Hajjaji G.Saake A.Anjorin K.Saller H.Baller M.Kowal S.Mennicke M.Dukaczewski R.Lachmann U.Goltz J.Kamischke H.Cichos S.Oster S.Schulze M.Ries F.Deckwerth G.Varró S.Rotärmel J.Meinicke S.Krieter T.Schnabel B.Richerzhagen E.Leblebici S.Bauregger A.Holzer A.v.Rhein S.Apel D.Beyer L.Luthmann M.Ribeiro
Talks about:
test (12) base (12) product (8) model (8) line (7) softwar (5) orient (5) increment (4) featur (4) multi (4)
Person: Malte Lochau
DBLP: Lochau:Malte
Contributed to:
Wrote 20 papers:
- FASE-2015-BurdekLBHRA015 #generative #multi #product line #reuse #testing
- Facilitating Reuse in Multi-goal Test-Suite Generation for Software Product Lines (JB, ML, SB, AH, AvR, SA, DB), pp. 84–99.
- GaM-2015-KulcsarDLVS #detection #graph transformation
- Improved Conflict Detection for Graph Transformation with Attributes (GK, FD, ML, GV, AS), pp. 97–112.
- SPLC-2015-ReulingBRLK #effectiveness #generative #product line #testing
- Fault-based product-line testing: effective sample generation based on feature-diagram mutation (DR, JB, SR, ML, UK), pp. 131–140.
- FASE-2014-AnjorinSLS #graph grammar #refinement #using
- Modularizing Triple Graph Grammars Using Rule Refinement (AA, KS, ML, AS), pp. 340–354.
- ICST-2014-BallerLLS #incremental #multi #optimisation #product line #testing
- Multi-objective Test Suite Optimization for Incremental Product Family Testing (HB, SL, ML, IS), pp. 303–312.
- SFM-2014-LochauPKS #modelling #testing
- Model-Based Testing (ML, SP, MK, IS), pp. 310–342.
- SPLC-2014-Al-HajjajiTMLS #product line #similarity #testing
- Similarity-based prioritization in software product-line testing (MAH, TT, JM, ML, GS), pp. 197–206.
- SPLC-2014-MennickeLSW #automation #feature model #petri net #process #verification #workflow
- Automated verification of feature model configuration processes based on workflow Petri nets (SM, ML, JS, TW), pp. 62–71.
- PLEASE-2013-DukaczewskiSLL #testing
- Requirements-based delta-oriented SPL testing (MD, IS, RL, ML), pp. 49–52.
- MoDELS-2012-SchroeterLW #feature model #modelling #multi
- Multi-perspectives on Feature Models (JS, ML, TW), pp. 252–268.
- PLEASE-2012-LityLSG #modelling #testing
- Delta-oriented model-based SPL regression testing (SL, ML, IS, UG), pp. 53–56.
- TAP-2012-LochauSKL #incremental #modelling #product line #testing
- Incremental Model-Based Testing of Delta-Oriented Software Product Lines (ML, IS, JK, SL), pp. 67–82.
- MoDELS-2011-CichosOLS #generative #modelling #product line #testing
- Model-Based Coverage-Driven Test Suite Generation for Software Product Lines (HC, SO, ML, AS), pp. 425–439.
- ASE-2016-PeldszusKLS #design #detection #evolution #incremental #multi #object-oriented #pattern matching #source code #using
- Continuous detection of design flaws in evolving object-oriented programs using incremental multi-pattern matching (SP, GK, ML, SS), pp. 578–589.
- MoDELS-2018-WeckesserLRS #analysis #modelling #programming
- Mathematical Programming for Anomaly Analysis of Clafer Models (MW, ML, MR, AS), pp. 34–44.
- GPCE-2016-Al-HajjajiKTLS #incremental #named #performance #product line #testing #using
- IncLing: efficient product-line testing using incremental pairwise sampling (MAH, SK, TT, ML, GS), pp. 144–155.
- ASE-2019-ReulingKRL #analysis #configuration management
- SiMPOSE - Configurable N-Way Program Merging Strategies for Superimposition-Based Analysis of Variant-Rich Software (DR, UK, SR, ML), pp. 1134–1137.
- GPCE-2018-RulandLBLTLR #effectiveness #product line #testing
- Measuring effectiveness of sample-based product-line testing (SR, LL, JB, SL, TT, ML, MR), pp. 119–133.
- FASE-2016-WeckesserLSRS #automation #bound #detection #exclamation #feature model #modelling
- Mind the Gap! Automated Anomaly Detection for Potentially Unbounded Cardinality-Based Feature Models (MW, ML, TS, BR, AS), pp. 158–175.
- FASE-2018-RulandKLPL #object-oriented #refactoring
- Controlling the Attack Surface of Object-Oriented Refactorings (SR, GK, EL, SP, ML), pp. 38–55.