The design of
next generation smart electricity grids, intelligent
transportation, electron microscopy and high-end
printing requires a tight coordination between
computation, communication and control elements (the
cyber part) on the one hand, and physical processes such
as heating, cooling, motion, vibrations, etc. (the
physical part) on the other hand. Despite the need for
integrated design of these so-called Cyber-Physical
Systems (CPS), the corresponding scientific disciplines
(control, computer science, etc.) have predominantly
developed independently. Novel system architectures and
systematic design methods are needed to realize the
integrated design of the CPS of the future.
Particular attention was given to:
- Control over communication networks
- Security of CPS
- Resource-aware control
- Formal methods in control of CPS
- Hybrid systems
- Multi-agent systems
- Distributed and decentralized control
- Model predictive control
- Applications
The program included four days of lectures, 8 hours of
45min each day (only first and last day less hours),
covering the main concepts, results and contributions in
the area of cyber-physical systems emphasising the
prominent role played by control theory and technology
in it.
The idea of the school was to initiate young graduate
students into the field of CPS, therefore
lectures were as much didactic as possible, possibly
sacrificing the presentation of the most recent results
in favor of a clear and deep exposition of the basic
ones. As such, the presentations were in a lecture
style (providing explanations, insights and overviews),
rather than in a workshop/conference style.
About the school
DISC is the Dutch Institute of Systems and Control that
encompasses all researchers in systems and control in
the Netherlands.
DISC is providing PhD courses for the PhD students in
control in the Netherlands throughout the year, which
are taught by leading scientists in the field, see,
for instance, here.
Next to PhD courses, DISC has also organised a DISC
summer school on various control and control-related
topics for over 20 years. Recently organized summer
schools are: “Modelling and Control of Hybrid Systems”
(2003), “Modelling, Estimation and Optimization of
Complex Physical Systems” (2005), “Identification and
Control of Linear Parameter-varying Systems” (2006),
“Nonlinear Control” (2007), "Cells and Systems" (2008),
"Distributed Control and Estimation" (2009) and
"Dynamics and Control Problems in Medical Robotics"
(2011).
The DISC PhD school on Control for Cyber-Physical
Systems is also the 6th edition of a series of biannual
PhD schools with a focus on hybrid, networked and
large-scale systems, that educated over 450 PhD students
worldwide:
Credits
PhD students can obtain 1.5 credits for the DISC Summer
School.
|