Refine
Has Fulltext
- yes (5)
Is part of the Bibliography
- yes (5)
Document Type
- Doctoral Thesis (3)
- Journal article (2)
Language
- English (5)
Keywords
- Akzessibilität (1)
- Gasgemisch (1)
- Graßmannians (1)
- IMEX (1)
- ISS (1)
- Kinetische Gastheorie (1)
- Kommunikationssystem (1)
- Lie group actions (1)
- Lineares System (1)
- MSC: 14M15 (1)
- MSC: 53C22 (1)
- MSC: 53C35 (1)
- Netzwerk (1)
- Numerisches Verfahren (1)
- Plasma (1)
- Rechnernetz (1)
- Simulation (1)
- Stabilisierung (1)
- Steuerbarkeit (1)
- Steuerbarkeit von Netzwerken (1)
- accessibility (1)
- cellular signalling networks (1)
- computer modelling (1)
- de Casteljau Algorithm (1)
- digitale Netze (1)
- endpoint geodesics (1)
- entropy minimization (1)
- interconnected systems (1)
- kinetic model (1)
- multi-fluid mixture (1)
- networked control systems (1)
- nonlinear control (1)
- reflections (1)
- rotations (1)
- small-gain (1)
- velocity-dependent collision frequency (1)
- vernetze lineare Systeme (1)
Institute
- Fakultät für Mathematik und Informatik (5) (remove)
Several aspects of the control of large-scale systems communicating over digital channels are considered.
In particular, the issue of delay, quantization, and packet loss is addressed with the help of dynamic quantization.
New small-gain results suitable for networked control systems are introduced and it is shown that many of the known small-gain conditions are equivalent.
The issue of bandwidth limitations is addressed with the help of event-triggered control.
A novel approach termed parsimonious triggering is introduced, which helps to rule out the occurrence of an infinite number of triggering events within finite time.
Moreover, the feasibility of the presented approaches is demonstrated by numerical examples.