Travelled to:1 × Belgium
1 × Canada
1 × Greece
1 × India
1 × South Korea
1 × Spain
1 × Sweden
1 × The Netherlands
3 × Italy
3 × USA
Collaborated with:K.Czarnecki A.Wasowski S.She R.Lotufo P.Grünbacher M.Völter J.Siegmund D.Nesic J.Krüger C.Kästner B.Kolb S.Stanciulescu P.Pelliccione C.Menghi S.Erdweg L.Linsbauer J.Rubin M.Becker W.Ji M.Antkiewicz S.Nadi H.P.Jensen T.Dangprasert M.Mukelabai S.Maro J.Steghöfer R.Hebig C.Seidl J.K.Pedersen G.Çalikli T.Leich G.Saake S.García T.Bures Sergio García 0002 R.Wohlrab A.v.Rhein A.Grebhahn S.Apel N.Siegmund D.Beyer D.Nair R.Rublack J.M.Atlee O.Øgård Ø.Haugen B.Larsen Y.Dubinsky S.Duszynski P.G.Giarrusso T.Rendel K.Ostermann M.Voelter T.Szabó S.Lisson S.Schauss R.Lämmel J.Härtel M.Heinz K.Klein L.Härtel D.Lettner A.Silva M.Chechik
Talks about:featur (8) model (7) variabl (5) industri (4) system (4) configur (3) project (3) product (3) control (3) experi (3)
Person: Thorsten Berger
DBLP: Berger:Thorsten
Contributed to:
2015
20152014
2014
20142014
20132011
2011
2010201020162017
20162018
20182019
20172019
2018Wrote 23 papers:
- ICSE-v1-2015-RheinGAS0B #configuration management
- Presence-Condition Simplification in Highly Configurable Systems (AvR, AG, SA, NS, DB, TB), pp. 178–188.
- SPLC-2015-BergerLRGS0CC #industrial #product line #what
- What is a feature?: a qualitative study of features in industrial software product lines (TB, DL, JR, PG, AS, MB, MC, KC), pp. 16–25.
- SPLC-2015-JiBAC #embedded #maintenance #traceability
- Maintaining feature traceability with embedded annotations (WJ, TB, MA, KC), pp. 61–70.
- ICSE-2014-NadiBKC #analysis #constraints #empirical #mining
- Mining configuration constraints: static analyses and empirical results (SN, TB, CK, KC), pp. 140–151.
- MoDELS-2014-BergerNRACW #industrial #modelling #variability
- Three Cases of Feature-Based Variability Modeling in Industry (TB, DN, RR, JMA, KC, AW), pp. 302–319.
- SLE-2014-VolterSBK #editing #projectional #towards
- Towards User-Friendly Projectional Editors (MV, JS, TB, BK), pp. 41–61.
- SPLC-2014-BergerSOHLW #case study #experience #modelling #variability
- To connect or not to connect: experiences from modeling topological variability (TB, SS, OØ, ØH, BL, AW), pp. 330–339.
- CSMR-2013-DubinskyRBDBC #case study #industrial #product line
- An Exploratory Study of Cloning in Industrial Software Product Lines (YD, JR, TB, SD, MB, KC), pp. 25–34.
- ICSE-2011-SheLBWC #feature model #modelling #reverse engineering
- Reverse engineering feature models (SS, RL, TB, AW, KC), pp. 461–470.
- OOPSLA-2011-KastnerGREOB #compilation #metaprogramming #parsing #variability
- Variability-aware parsing in the presence of lexical macros and conditional compilation (CK, PGG, TR, SE, KO, TB), pp. 805–824.
- ASE-2010-BergerSLWC #modelling #operating system #variability
- Variability modeling in the real: a perspective from the operating systems domain (TB, SS, RL, AW, KC), pp. 73–82.
- SPLC-2010-BergerSLCW #product line #scalability
- Feature-to-Code Mapping in Two Large Product Lines (TB, SS, RL, KC, AW), pp. 498–499.
- SPLC-2010-LotufoSBCW #evolution #kernel #linux #variability
- Evolution of the Linux Kernel Variability Model (RL, SS, TB, KC, AW), pp. 136–150.
- SLE-2016-VoelterSLKEB #consistency #development #editing #performance #projectional #using
- Efficient development of consistent projectional editors using grammar cells (MV, TS, SL, BK, SE, TB), pp. 28–40.
- SLE-2017-SchaussLHHKHB #domain-specific language #implementation
- A chrestomathy of DSL implementations (SS, RL, JH, MH, KK, LH, TB), pp. 103–114.
- FSE-2016-BergerVJDS #editing #empirical #performance #projectional
- Efficiency of projectional editing: a controlled experiment (TB, MV, HPJ, TD, JS), pp. 763–774.
- ASE-2018-MukelabaiNMBS #case study #combinator #configuration management #explosion #industrial
- Tackling combinatorial explosion: a study of industrial needs and practices for analyzing highly configurable systems (MM, DN, SM, TB, JPS), pp. 155–166.
- ESEC-FSE-2018-HebigSBPW #atl #empirical #model transformation #qvt #transformation language
- Model transformation languages under a magnifying glass: a controlled experiment with Xtend, ATL, and QVT (RH, CS, TB, JKP, AW), pp. 445–455.
- ESEC-FSE-2019-KrugerCBLS #comprehension #traceability
- Effects of explicit feature traceability on program comprehension (JK, GÇ, TB, TL, GS), pp. 338–349.
- ESEC-FSE-2019-NesicKSB #feature model #modelling
- Principles of feature modeling (DN, JK, SS, TB), pp. 62–73.
- GPCE-2017-LinsbauerBG #classification
- A classification of variation control systems (LL, TB, PG), pp. 49–62.
- SLE-2019-GPMBB #multi #specification
- High-level mission specification for multiple robots (SG, PP, CM, TB, TB), pp. 127–140.
- ICSA-2018-GarciaMPBW #architecture #collaboration #distributed
- An Architecture for Decentralized, Collaborative, and Autonomous Robots (SG0, CM, PP, TB, RW), pp. 75–84.