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Travelled to:
1 × Italy
1 × Korea
1 × Sweden
6 × USA
Collaborated with:
Minjie Zou S.Rehberger D.Pantförder K.Kernschmidt K.Sommer T.Aicher D.Schütz M.Obermeier S.Feldmann T.Frank Lorena Capitan Julia Prieler Luis Ribeiro 0001 J.Folmer J.Fischer S.Rösch M.Merz K.Schweizer Lucas Spreiter Boyang Lu S.Braun M.Wimmer Daniel Regulin Franziska Wiebe Christian Lieberoth-Leden Johannes Fottner Daria Ryashentseva Luis Alberto Cruz Salazar Arndt Lüder Mina Fahimi Pirehgalin Emanuel Trunzer Matthias Odenweller F.Mayer U.Bührer D.Gramß S.Ulewicz Suhyun Cha Alexander Weigl M.Ulbrich B.Beckert Felix Ocker E.Huang C.Chen T.Hadlich K.Eckert A.Fay C.Diedrich Kiana Busch D.Werle Martin Loper R.Heinrich R.H.Reussner L.Sabattini Valeria Villani C.Fantuzzi Julia N. Czerniak A.Mertens Frieder Loch Jakob Kinghorst Omid Geramifard M.Luo Hian-Leng Chan Khoo Yong S.J.I.Herzig T.Wolfenstetter D.Kammerl A.Qamar U.Lindemann H.Krcmar C.J.J.Paredis
Talks about:
system (20) autom (17) product (12) approach (11) base (10) model (9) evalu (7) control (6) softwar (5) design (5)

Person: Birgit Vogel-Heuser

DBLP DBLP: Vogel-Heuser:Birgit

Contributed to:

CASE 20152015
HCI/HIMI p2 20152015
ICSME 20152015
CASE 20132013
HCI/DUXU p4 20132013
CASE 20122012
CASE 20112011
HCI/DUXU p2 20112011
HCI p4 20112011
HCI p2 20092009
CASE 20162016
CASE 20172017
CASE 20182018
CASE 20192019

Wrote 29 papers:

CASE-2015-AicherRV #abstraction #automation #simulation #towards #verification
Towards finding the appropriate level of abstraction to model and verify automated production systems in discrete event simulation (TA, SR, BVH), pp. 1048–1053.
CASE-2015-FeldmannHKWKQLK #case study #comparison #consistency #design #nondeterminism #using
A comparison of inconsistency management approaches using a mechatronic manufacturing system design case study (SF, SJIH, KK, TW, DK, AQ, UL, HK, CJJP, BVH), pp. 158–165.
HIMI-IKC-2015-MayerBPGV #automation #generative #process #using #visualisation
Automatic Generation of Integrated Process Data Visualizations Using Human Knowledge (FM, UB, DP, DG, BVH), pp. 488–498.
ICSME-2015-Vogel-HeuserFRF #automation #case study #challenge #hardware #industrial #maintenance
Challenges for maintenance of PLC-software and its related hardware for automated production systems: Selected industrial Case Studies (BVH, JF, SR, SF, SU), pp. 362–371.
CASE-2013-KernschmidtV #approach #modelling
An interdisciplinary SysML based modeling approach for analyzing change influences in production plants to support the engineering (KK, BVH), pp. 1113–1118.
DUXU-WM-2013-SchutzOV #approach #automation #development #evaluation #usability
SysML-Based Approach for Automation Software Development — Explorative Usability Evaluation of the Provided Notation (DS, MO, BVH), pp. 568–574.
CASE-2012-FrankHEFDV #automation #modelling #realtime #requirements #using
Using contact points to integrate discipline spanning real-time requirements in modeling Networked Automation Systems for manufacturing systems (TF, TH, KE, AF, CD, BVH), pp. 851–856.
CASE-2012-MerzFV #automation #distributed #industrial #runtime
Dynamic redeployment of control software in distributed industrial automation systems during runtime (MM, TF, BVH), pp. 863–868.
CASE-2011-Vogel-HeuserS #approach #automation #modelling #usability
A methodological approach to evaluate the benefit and usability of different modeling notations for open loop control in automation systems (BVH, KS), pp. 474–481.
DUXU-v2-2011-ObermeierBSV #aspect-oriented #automation #evaluation #modelling #object-oriented #programming #usability
Fundamental Aspects Concerning the Usability Evaluation of Model-Driven Object Oriented Programming Approaches in Machine and Plant Automation (MO, SB, KS, BVH), pp. 497–506.
HCI-UA-2011-FolmerPV #reduction
An Analytical Alarm Flood Reduction to Reduce Operator’s Workload (JF, DP, BVH), pp. 297–306.
HCI-NIMT-2009-PantforderVS #3d #evaluation #interactive #problem #process #visualisation
Benefit and Evaluation of Interactive 3D Process Data Visualization for the Presentation of Complex Problems (DP, BVH, KS), pp. 869–878.
CASE-2016-FeldmannWKV #approach #automation #consistency #nondeterminism
A comprehensive approach for managing inter-model inconsistencies in automated production systems engineering (SF, MW, KK, BVH), pp. 1120–1127.
CASE-2016-RegulinSAV #automation #configuration management #design #knowledge base #modelling #multi
Model based design of knowledge bases in multi agent systems for enabling automatic reconfiguration capabilities of material flow modules (DR, DS, TA, BVH), pp. 133–140.
CASE-2016-RehbergerSV #approach #automation #flexibility #reasoning
An agent approach to flexible automated production systems based on discrete and continuous reasoning (SR, LS, BVH), pp. 1249–1256.
CASE-2016-WiebeRRV #approach #automation #composition #fault #generative #injection #simulation #testing #using
Automated test suite generation to test modular designed packaging machines using Fault Injection and a simulink-based simulation approach (FW, SR, SR, BVH), pp. 758–765.
CASE-2017-CapitanV #automation #metric #quality #technical debt
Metrics for software quality in automated production systems as an indicator for technical debt (LC, BVH), pp. 709–716.
CASE-2017-KinghorstGLCYFZ #algorithm #approach #maintenance #markov #modelling #predict #search-based
Hidden Markov model-based predictive maintenance in semiconductor manufacturing: A genetic algorithm approach (JK, OG, ML, HLC, KY, JF, MZ, BVH), pp. 1260–1267.
CASE-2017-Vogel-HeuserP #evaluation #flexibility #metric #physics
Evaluation of selected metrics for flexibility of Cyber Physical Production Systems (BVH, JP), pp. 701–708.
CASE-2017-ZouV #approach #automation #consistency #design #development #nondeterminism
Feature-based systematic approach development for inconsistency resolution in automated production system design (MZ, BVH), pp. 687–694.
CASE-2018-BuschWLHRV #co-evolution
A Cross-Disciplinary Language for Change Propagation Rules (KB, DW, ML, RH, RHR, BVH), pp. 1099–1104.
CASE-2018-ChaWUBV #automation #evolution
Achieving delta description of the control software for an automated production system evolution (SC, AW, MU, BB, BVH), pp. 1170–1176.
CASE-2018-Lieberoth-Leden #architecture #automation #coordination #flexibility
Control Architecture and Transport Coordination for Autonomous Logistics Modules in Flexible Automated Material Flow Systems (CLL, JF, JF, BVH), pp. 736–743.
CASE-2018-RyashentsevaLVL #development #evaluation
Development and evaluation of a unified agents- and supervisory control theory based manufacturing control system (DR, LACS, BVH, AL), pp. 187–192.
CASE-2018-SabattiniVFCMLV #adaptation #approach #evaluation #human-computer
Methodological Approach for the Evaluation of an Adaptive and Assistive Human-Machine System (LS, VV, CF, JNC, AM, FL, BVH), pp. 57–62.
CASE-2018-Vogel-Heuser0 #automation #cyber-physical
Bringing Automated Intelligence to Cyber-Physical Production Systems in Factory Automation (BVH, LR0), pp. 347–352.
CASE-2018-ZouLV #consistency #development #modelling #nondeterminism
Resolving Inconsistencies Optimally in the Model-Based Development of Production Systems (MZ, BL, BVH), pp. 1064–1070.
CASE-2018-ZouOHVC #automation #design #optimisation #parametricity
Design Parameter Optimization of Automated Production Systems (MZ, FO, EH, BVH, CHC), pp. 359–364.
CASE-2019-PirehgalinTOV #analysis #automation #image #using #video #visual notation
Automatic Visual Leakage Inspection by Using Thermographic Video and Image Analysis (MFP, ET, MO, BVH), pp. 1282–1288.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
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