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EU Centre of ExcellenceISO 9001

ERCIMW3C MemberFraunhofer Project Center

Ferenc Gábor Erdős, Ph.D., senior research fellow
Ferenc Gábor Erdős
Address: 1111 Budapest, Kende u. 13-17.
Room number: Kende 415
Phone: +36 1 279 6156
Fax: +36 1 466 7503
E-mail: erdos.gaborEZT_TOROLJE_KI@EZT_TOROLJE_KIsztaki.mta.hu
Homepage: http://www.sztaki.hu/~erdos/
Department: Research Laboratory on Engineering & Management Intelligence

Dr. Gábor Erdős is a Senior Research Associate at the Computer and Automation Research Institute. He received his MS and PhD degrees in mechanical engineering from Budapest University of Technology and Economics. He also holds an MS degree in mechanical and aerospace engineering from SUNY Buffalo. Dr Gábor Erdős was a post-doc assistant for five years at Institute of Production and Robotics at EPF Lausanne, Switzerland. He is the author of the multi-body simulation add-in package - called LinkageDesigner - of Wolfram’s Mathematica . His main research interests include computer aided mechanism modeling, CAD-CAM-CNC integration, digital manufacturing and data mining. Among other scientific societies he is member of the IFToMM Committee for Multibody Dynamics.

Publications

[order by time] [order by categories ]

2011.

A system for the detailed scheduling of wind farm maintenance
WindMT: An integrated system for failure detection and maintenance scheduling at wind farms
Authors: Kovács, András; Csempesz, János; Erdős, Ferenc Gábor; Karnok, Dávid; Kemény, Lőrinc; Monostori, László; Viharos, Zsolt János
Date: 2011.
Published by: ICAPS 2011. 21st international conference on automated planning and scheduling. Proceedings of system demonstrations. Freiburg, 2011. (Page: 4)
Wind turbine SCADA alarm analysis for improving reliability
Authors: Qiu, Y.; Feng, Y.; Tavner, P.; Richardson, P.; Erdős, Ferenc Gábor; Chen, B.
Date: 2011.
Published by: Wind Energy
Scheduling the maintenance of wind farms for minimizing production loss
Authors: Kovács, András; Erdős, Ferenc Gábor; Monostori, László; Viharos, Zsolt János
Date: 2011.
Published by: Preprints of the 18th IFAC World Congress. Milano, 2011. (Page: 1)
Scada alarm analysis for improving wind turbine reliability
Authors: Qiu, Y.; Richardson, P.; Feng, Y.; Tavner, P.; Erdős, Ferenc Gábor; Viharos, Zsolt János
Date: 2011.
Published by: EWEC 2011. European wind energy conference and exhibition. Brussels, 2011. (Page: P)

2010.

Tool path generation from STEP based machine independent data
Authors: Erdős, Ferenc Gábor
Date: 2010.
Published by: Factory automation 2010. Proceedings. Kecskemét, 2010. (Page: 3)
Digital enterprise solution for integrated production planning and control
Authors: Monostori, László; Erdős, Ferenc Gábor; Kádár, Botond; Kis, Tamás; Kovács, András; Pfeiffer, András; Váncza, József
Date: 2010.
Published by: Computers in Industry (Page: 1)
AI supported maintenance and reliability system in wind energy production
Authors: Viharos, Zsolt János; Monostori, László; Erdős, Ferenc Gábor; Kovács, András
Date: 2010. 04. 20.
Published by: EWEC 2010. European wind energy conference and exhibition. Warsaw, 2010. (Page: 1)
Artificial intelligence applications for maintenance oriented health monitoring of wind turbines
Authors: Viharos, Zsolt János; Erdős, Ferenc Gábor; Kovács, András; Monostori, László
Date: 2010. 05. 25.
Published by: Gépészet 2010. Proceedings of the 7th conference on mechanical engineering. Budapest, 2010. (Page: 4)

2009.

Substitutions and replacements in mechanism prototyping
Authors: Erdős, Ferenc Gábor
Date: 2009.
Published by: Mathematica Journal (Page: 2)
Real-time, cooperative enterprises for customised mass production
Authors: Monostori, László; Kis, Tamás; Váncza, József; Kádár, Botond; Erdős, Ferenc Gábor
Date: 2009.
Published by: International Journal of Computer Integrated Manufacturing (Page: 5)
Computing lower and upper bounds for a large-scale industrial job shop scheduling problem
Authors: Drótos, Márton; Erdős, Ferenc Gábor; Kis, Tamás
Date: 2009.
Published by: European Journal of Operational Research (Issue no.: d, Page: 2)
AI supported maintenance and reliability system in wind energy production
Authors: Monostori, László; Viharos, Zsolt János; Erdős, Ferenc Gábor; Kovács, András
Editor: Burczynski, T.; Cholewa, W.; Moczulski, W.
Date: 2009.
Published by: AI-METH 2009. Artificial intelligence methods. Symposium proceedings. Gliwice, 2009. (AI-METH series.)
Novel IT approaches and solutions towards real-time, cooperative enterprises. Plenary paper
Authors: Monostori, László; Váncza, József; Kis, Tamás; Kádár, Botond; Erdős, Ferenc Gábor; Karnok, Dávid; Egri, Péter
Date: 2009. 06. 05.
Published by: INCOM 2009. 13th IFAC symposium on information control problems in manufacturing. Preprints. Moscow, 2009. (Page: 7)

2008.

Representation and navigation techniques for semi-structured knowledge in collaborating communities
Authors: Kemény, Zsolt; Erdős, Ferenc Gábor; Váncza, József
Editor: Bernard, Alain; Tichkiewitch, Serge
Date: 2008.
Published by: Methods and tools for effective knowledge-life-cycle management. (Page: 1)
Real-time, cooperative enterprises for customized mass production; challenges and solution approaches
Authors: Monostori, László; Váncza, József; Kis, Tamás; Erdős, Ferenc Gábor; Karnok, Dávid; Egri, Péter
Date: 2008.
Published by: IFAC 2008. 17th IFAC World congress. Seoul, 2008. (Page: 1)

2006.

The interval flow shop model
Authors: Kis, Tamás; Drótos, Márton; Erdős, Ferenc Gábor; Kovács, András
Editor: Jozefowska, J; Weglarz, J
Date: 2006.
Published by: PMS 2006. Tenth international workshop on project management and scheduling. Poznan, 2006. (Page: 2)
Real-time, cooperative enterprises: management of changes and disturbances in different levels of production
Authors: Monostori, László; Váncza, József; Márkus, András; Kis, Tamás; Kovács, András; Erdős, Ferenc Gábor; Kádár, Botond; Viharos, Zsolt János
Date: 2006.
Published by: CIRP Journal of Manufacturing Systems (Page: 3)

2004.

High accuracy spline interpolation for 5-axis machining
Authors: Müller, M.; Erdős, Ferenc Gábor; Xirouchakis, P.
Date: 2004.
Published by: COMPUTER-AIDED DESIGN (Page: 1)

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