Complex systems in
economic, engineering and natural sciences involve the solving of many
optimisation problems. Many of the present approaches consider operations
research optimisation models. Analytically tractable models are impractical
in change settings due to their limitations in modelling important details
and features of real world complex systems. Simulation models, on the other
hand, provide the flexibility to accommodate arbitrary stochastic elements,
and generally allow modelling of all the complexities and dynamics of real
world applications without undue simplifying assumptions. However,
simulation itself is not an optimisation approach. Thus, in this track
methods and approaches of simulation and of the solution of optimisation
problems shall be linked to solve optimisation problems faster or make their
solutions better usable (under realistic conditions).
Topics
should be
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Applications of operations research
optimisation on business processes in general as well as applications in
economic, engineering and natural sciences.
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Analysis and modelling of complex systems.
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Optimisation procedures and optimisation
potentials of complex systems.
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Combinatorial optimization and integer
programming tools to handle complex systems
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Procedures of discrete event and continuous
time simulation.
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(Simulation-based) heuristic and algorithmic
procedures for efficiently solving complex problems.
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Optimisation Models for Operations and
Business Processes, for Technological Devices and for Processes and in
Finance, Economics, Logistics as well as Social Sciences.
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Simulation Optimisation methods.
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Simulation-based hybrid optimisation
techniques.
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Utilisation of simulation to make
optimization problems and their (feasible) solutions usable under
industrial conditions.
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Proper handling of uncertainty and the
attainment of robust solutions.
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Methods of calibration, validation and
verification of models (under realistic conditions).
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Tools for simulation and optimisation: their
more effective design for operating under realistic conditions,
especially concerning shorter runtimes, as well as their architecture.
Track-Chair: Professor Dr. Frank Herrmann.
Track-Co-Chairs: Professor Dr. Thosten Claus and
Professor Dr. Michael Manitz.
The following researches are interested in supporting
this track as reviewer:
Professor. Dr. Walailak Atthirawong, King Mongkut’s
Institute of Technology Ladkrabang (KMITL), Thailand (E-Mail:
walailaknoi@gmail.com).
Professor Dr. Hans-Peter Barbay – University of Applied
Sciences in Bielefeld, Germany (E-Mail: hans-peter.barbey@fh-bielefeld.de).
Professor Dr. Kevin Chalmers, Edinburgh Napier
University, Edinburgh, United Kingdom (E-Mail: K.Chalmers@napier.ac.uk).
Professor Dr. Thosten Claus – TU Dresden in Dresden,
Germany (E-Mail: thorsten.claus@tu-dresden.de).
Professor Dr. Donald Davendra – Central Washington
University, USA (E-Mail: Don-aldD@cwu.edu).
Professor Dr. Thomas Farrenkopf, Technische Hochschule
Mittelhessen, Friedberg, Germany (E-Mail: Thomas.Farrenkopf@mnd.thm.de).
Robert Forstner MSc. – SimPlan AG in Maintal, Germany
(E-Mail: Ro-bert.Forstner@simplan.de)
Professor Dr. Michael Guckert, Technische Hochschule
Mittelhessen, Friedberg, Deutsch-land, Germany (E-Mail:
michael.guckert@mnd.thm.de).
Professor Dr. Frank Herrmann – Ostbayerische Technische
Hochschule Regensburg, Germa-ny (E-Mail: frank.herrmann@hs-regensburg.de).
Benjamin Hildebrandt MSc. – University Duisburg-Essen,
Mercator School of Management in Duisburg, Germany (E-Mail:
Benjamin.Hildebrandt@uni-due.de).
Dr. Thomas Hußlein – OptWare GmbH in Regensburg, Germany
(E-Mail: thom-as.husslein@optware.de).
Ina Kortemeier MSc. – University Duisburg-Essen, Mercator
School of Management in Duisburg, Germany (E-Mail: Ina.Kortemeier@uni-due.de).
Frederick Lange MSc. – Maschinenfabrik Rheinhausen,
Regensburg, Germany (E-Mail: frederick.lange@ymail.com).
Professor Dr. Michael Manitz – University Duisburg-Essen,
Mercator School of Management in Duisburg, Germany (E-Mail:
michael.manitz@uni-due.de).
Professor Dr. Christian Müller – University of Applied
Sciences in Wildau, Germany (E-Mail: christian.mueller@th-wildau.de).
Professor Dr. Frank Morelli – University of Applied
Sciences in Pforzheim, Germany (E-Mail: frank.morelli@hs-pforzheim.de).
Maximilian Munninger – University of Applied Sciences in
Regensburg, Germany (E-Mail: maximilian.munninger@oth-regensburg.de).
Marc-Philip Piehl MSc. – University Duisburg-Essen,
Mercator School of Management in Duisburg, Germany (E-Mail:
Marc.Piehl@uni-due.de).
Dr. Michael Römer – Martin-Luther-Universität
Halle-Wittenberg (E-Mail: mi-chael.roemer@wiwi.uni-halle.de)
Maximilian Selmair MSc. – SimPlan AG in Maintal, Germany
(E-Mail: maximili-an.selmair@simplan.de)
Professor Dr.Tuanjai Somboonwiwat, King Mongkuts'
University of Technology Thonburi, Bangkok, Thailand (E-Mail:
tuanjai.som@kmutt.ac.th, tuanjai.som@gmail.com).
Enrico Teich MSc. – TU Dresden in Dresden, Germany
(E-Mail: enrico.teich@tu-dresden.de).
Marco Trost MSc. – TU Dresden in Dresden, Germany
(E-Mail: marco.trost@mailbox.tu-dresden.de).
Professor Dr. Neil Urquhart, Edinburgh Napier University,
Edinburgh, United Kingdom (E-Mail: N.Urquhart@napier.ac.uk).
Thorsten Vitzthum MSc. – TU Dresden, Germany (E-Mail:
thorsten.vitzthum@tu-dresden.de).
Professor Dr. Thananya Wasusri, King Mongkuts' University
of Technology Thonburi, Bangkok, Thailand (E-Mail: thananya.was@kmutt.ac.th).
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