Travelled to:1 × Austria
1 × India
1 × Italy
1 × Spain
1 × The Netherlands
1 × United Kingdom
2 × USA
4 × Germany
Collaborated with:F.Fittkau S.Frey L.Bischofs C.Wulf J.Waller S.Giesecke A.v.Hoorn J.Ehlers M.Boskovic C.Pahl R.v.Massow D.Hildebrandt J.Bornhold R.Jung R.Heinrich D.G.Reichelt S.Kühne Christian Claus Wiechmann S.Finke N.Marwede M.Rohr P.Dohring R.Reussner H.Jaekel J.Schlegelmilch T.Teschke S.Krieghoff W.Franke U.Gutenbeil H.Sobottka B.Sucrow S.Efftinge M.Eysholdt J.Köhnlein S.Zarnekow M.Hanus
Talks about:architectur (7) softwar (6) system (6) peer (6) base (6) approach (3) perform (3) visual (3) experi (3) trace (3)
Person: Wilhelm Hasselbring
DBLP: Hasselbring:Wilhelm
Contributed to:
2015
2013
2013
2012
2011
20112009
2009
200920072007
20072004
1993
2016
2019
2016Wrote 19 papers:
- ICPC-2015-FittkauFHW #comprehension #visualisation
- Comparing trace visualizations for program comprehension through controlled experiments (FF, SF, WH, JW), pp. 266–276.
- ICSE-2013-FreyFH #configuration management #deployment #in the cloud #optimisation #search-based
- Search-based genetic optimization for deployment and reconfiguration of software in the cloud (SF, FF, WH), pp. 512–521.
- VISSOFT-2013-FittkauWWH #approach #scalability #visualisation
- Live trace visualization for comprehending large software landscapes: The ExplorViz approach (FF, JW, CW, WH), pp. 1–4.
- VISSOFT-2013-WallerWFDH #3d #concurrent #monitoring #named #visualisation
- Synchrovis: 3D visualization of monitoring traces in the city metaphor for analyzing concurrency (JW, CW, FF, PD, WH), pp. 1–4.
- GPCE-2012-EfftingeEKZMHH #domain-specific language #implementation #java #named
- Xbase: implementing domain-specific languages for Java (SE, ME, JK, SZ, RvM, WH, MH), pp. 112–121.
- CSMR-2011-FreyH #architecture #constraints #detection #legacy #migration
- An Extensible Architecture for Detecting Violations of a Cloud Environment’s Constraints during Legacy Software System Migration (SF, WH), pp. 269–278.
- ECSA-2011-EhlersH #adaptation #component #framework #monitoring #self
- A Self-adaptive Monitoring Framework for Component-Based Software Systems (JE, WH), pp. 278–286.
- ECSA-2011-MassowHH #architecture #component #configuration management #performance #runtime #simulation
- Performance Simulation of Runtime Reconfigurable Component-Based Software Architectures (RvM, AvH, WH), pp. 43–58.
- CSMR-2009-MarwedeRHH #automation #behaviour #correlation #distributed #scalability
- Automatic Failure Diagnosis Support in Distributed Large-Scale Software Systems Based on Timing Behavior Anomaly Correlation (NM, MR, AvH, WH), pp. 47–58.
- MoDELS-2009-BoskovicH #assessment #metric #modelling #performance
- Model Driven Performance Measurement and Assessment with MoDePeMART (MB, WH), pp. 62–76.
- PDP-2009-BischofsH #empirical #implementation #peer-to-peer
- Analyzing and Implementing Peer-to-Peer Systems with the PeerSE Experiment Environment (LB, WH), pp. 311–315.
- ECSA-2007-PahlGH #approach #architecture #modelling #ontology
- An Ontology-Based Approach for Modelling Architectural Styles (CP, SG, WH), pp. 60–75.
- PDP-2007-HildebrandtBH #development #framework #peer-to-peer
- RealPeer--A Framework for Simulation-Based Development of Peer-to-Peer Systems (DH, LB, WH), pp. 490–497.
- WICSA-2007-GieseckeBH #architecture #middleware #modelling
- Middleware-Induced Architectural Style Modelling for Architecture Exploration (SG, JB, WH), p. 21.
- ICSE-2004-HasselbringRJSTK #case study #design pattern #experience #information management #migration
- The Dublo Architecture Pattern for Smooth Migration of Business Information Systems: An Experience Report (WH, RR, HJ, JS, TT, SK), pp. 117–126.
- ICRE-1993-FrankeGHPSS #german #prototype
- Prototyping mit Mengen — der PROSET — Ansatz (WF, UG, WH, CP, HGS, BS), pp. 165–174.
- ICMT-2016-JungHH #approach #aspect-oriented #composition #domain-specific language #generative #named
- GECO: A Generator Composition Approach for Aspect-Oriented DSLs (RJ, RH, WH), pp. 141–156.
- ASE-2019-ReicheltKH #identification #named #performance
- PeASS: A Tool for Identifying Performance Changes at Code Level (DGR, SK, WH), pp. 1146–1149.
- CBSE-2016-WulfWH #architecture #parallel #throughput
- Increasing the Throughput of Pipe-and-Filter Architectures by Integrating the Task Farm Parallelization Pattern (CW, CCW, WH), pp. 13–22.