IEEE-CDC'06 Workshop on Robust Hybrid Systems: theory and
applications
Organizing Committee Speakers Goal Synopsis Topics Schedule Workshop Proceedings Contact Information
In this workshop, we present new results from an emerging robust theory of hybrid systems.
We focus on modeling, concept of solution, stability, and robustness. We apply the results
in several engineering applications including sample-data control systems, networked control
systems, and numerical simulations of hybrid systems.
The workshop is designed for graduate students, researchers, and industrial engineers who
are interested in learning about a new, efficient method for studying hybrid control systems
from a dynamical systems point of view with an emphasis on robust stability. The minimum
requirement is basic background in the theory of continuous and discrete time nonlinear
systems.
It will be offered on December 12th,2006, at the 45th IEEE Conference on Decision and
Control, San Diego, CA, USA. This workshop offers Continuing Education Units (CEU's).
Important information:
Organizing Committee Speakers Goal Synopsis Topics Schedule Workshop Proceedings Contact Information
In this workshop, we present new results from an emerging robust theory of hybrid systems.
We focus on modeling, concept of solution, stability, and robustness. We apply the results
in several engineering applications including sample-data control systems, networked control
systems, and numerical simulations of hybrid systems.
The workshop is designed for graduate students, researchers, and industrial engineers who
are interested in learning about a new, efficient method for studying hybrid control systems
from a dynamical systems point of view with an emphasis on robust stability. The minimum
requirement is basic background in the theory of continuous and discrete time nonlinear
systems.
It will be offered on December 12th,2006, at the 45th IEEE Conference on Decision and
Control, San Diego, CA, USA. This workshop offers Continuing Education Units (CEU's).
Important information: