The ECC offers workshops addressing current and future topics in control systems from experts from academia, research institutes, and industry.
Workshop 1:
Interval Methods for Reliable Modeling, Identification and Control of Dynamic
Systems
09:00 - 18:00
Organizers: Andreas Rauh, Luise Senkel, Ekaterina Auer
Abstract: A large variety of real-life dynamic systems in engineering, biology, biomechanics, and medicine are significantly influenced by uncertainty. In the field of uncertainty quantification, two main sources are discerned: aleatoric (due to randomness) and…more
Workshop 2: Real-Time Optimization Based Autonomous Control 14:00 - 18:00
Organizers: Behçet Açikmesşe, Eric Feron, Alexander Domahidi, John Hauser
Abstract: Optimization algorithms, when they are used in a real-time and safety-critical context, offer the potential for considerably advancing robotic and autonomous systems by improving their ability to initiate, plan, and execute complex missions. To meet
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Organizer: Stefan Fragner
Abstract: X2C is a free and open source tool for the model-based development and code generation of real-time control algorithms for micro processor units. X2C uses the open source environment Scilab/Xcos for building the graphical control model. With Scilab/Xcos,
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Organizers: Alexander Humer, Daniel Reischl
Abstract: HOTINT is a multi-purpose simulation software for both research and industrial applications with a focus on the mechanical modeling and analysis of multibody systems. Its core features aim at an equally detailed and efficient representation of
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Workshop 5: Operator theoretical methods for dynamical systems control and optimization 09:00 - 18:00
Organizers: Didier Henrion, Milan Korda, Alexandre Mauroy, Igor Mezić
Abstract: Nonconvex control and optimization problems for nonlinear dynamical systems can be approached with numerical methods inspired by operator theory. The workshop is an opportunity to present for the first time in a unified way two major operator theoretical
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Organizers: Luis Rodrigues, Miad Moarref
Abstract: This half-day workshop is motivated by current demands in networked control applications with multiple asynchronous sensors that operate at different non-uniform frequencies. A few applications include flight control systems, chemical plants, and smart
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Organizer: Itzhak Barkana
Abstract: Simple Adaptive Control (SAC) techniques have initially been conceived because of the need for adaptive control methods in large-scale systems, where the use of models and controllers of the order of the plant was naturally excluded. While
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