Travelled to:1 × Korea
1 × Portugal
1 × Sweden
Collaborated with:T.Linnenberg Constantin Hildebrandt André Scholz Christian Harle Mike Barth Sebastian Törsleff Birte Caesar A.W.Mueller L.Christiansen C.Seitz T.Frank T.Hadlich K.Eckert C.Diedrich B.Vogel-Heuser T.Holm M.Obst L.Urbas U.Hempen T.Albers S.Kreft
Talks about:system (5) energi (4) engin (4) manufactur (2) product (2) process (2) ontolog (2) integr (2) effici (2) model (2)
Person: Alexander Fay
DBLP: Fay:Alexander
Contributed to:
2015
2013201220172018Wrote 7 papers:
- CASE-2015-HolmOFUHAK #evolution #industrial #integration #performance #process
- Engineering method for the integration of modules into fast evolving production systems in the process industry (TH, MO, AF, LU, UH, TA, SK), pp. 1042–1047.
- KEOD-2013-LinnenbergMCSF #automation #energy #evaluation #lightweight #named #ontology #performance
- OntoENERGY — A Lightweight Ontology for Supporting Energy-efficiency Tasks — Enabling Generic Evaluation of Energy Efficiency in the Engineering Phase of Automated Manufacturing Plants (TL, AWM, LC, CS, AF), pp. 337–344.
- 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-2017-ScholzHF #functional #modelling #workflow
- Functional modelling in production engineering workflows (AS, CH, AF), pp. 695–700.
- CASE-2018-HarleBF #process #simulation
- Process simulation on single-board computers (CH, MB, AF), pp. 1548–1555.
- CASE-2018-HildebrandtTCF #approach #cyber-physical #ontology
- Ontology Building for Cyber-Physical Systems: A domain expert-centric approach (CH, ST, BC, AF), pp. 1079–1086.
- CASE-2018-LinnenbergF #energy #re-engineering
- Software engineering for agent based energy systems (TL, AF), pp. 174–180.