Ruhr-Universität Bochum
Fakultät für Maschinenbau
Lehrstuhl für Regelungstechnik und Systemtheorie
Address
Universitätsstraße 150
44801 Bochum
Deutschland
GERiT
This institution in GERiT
44801 Bochum
Projects
Research Grants
Completed projects
Auslegung robuster Regelungen für nichtlineare dynamische Systeme mit unsicheren Parametern mit Methoden der Nichtlinearen Dynamik
(Applicant
Marquardt, Wolfgang
)
Calculation of positive invariant sets for nonlinear systems using efficient novel eigenvalue bounds.
(Applicant
Mönnigmann, Martin
)
Efficient calculation of explicit model predictive control laws using topological equivalence classes of critical points
(Applicant
Mönnigmann, Martin
)
Event-based model predictive control with piecewise optimal state feedback laws
(Applicant
Mönnigmann, Martin
)
Funktionsdefinition der Protein-Tyrosinphosphatase SHP2 in der Interleukin-6 Signaltransduktion
(Applicants
Mönnigmann, Martin
;
Schaper, Fred
)
Optimal design of nonlinear dynamical systems with uncertain delays and uncertain parameters
(Applicant
Mönnigmann, Martin
)
Robuste Optimierung zeitdiskreter und periodischer nichtlinearer dynamischer Systeme unter Berücksichtigung von Stabilitätsgrenzen
(Applicant
Mönnigmann, Martin
)
Toolgestützte Validierungsmethodik komplexer hybrider technischer Systeme
(Applicant
Reinig, Gunter
)
Research Fellowships
Completed projects
Ab Initio Protein Structure Prediction With Global Deterministic Optimization Methods
(Applicant
Mönnigmann, Martin
)
Research Units
Current projects
FOR 5620: Simulation-based design and production of load-optimised freeform components by laser metal deposition (DED-LB/M)
(Spokesperson
Ostendorf, Andreas
)
Real-time capable methods for control
(Applicant
Mönnigmann, Martin
)
CRC/Transregios
Current projects
Integrated research training group
(Project Heads
Mönnigmann, Martin
;
Zähringer, Katharina
)
Model reduction of single particle models for coupled DEM/CFD simulations
(Project Head
Mönnigmann, Martin
)
Priority Programmes
Current projects
Range-extended radar sensing using flying intelligent surfaces
(Applicants
Mönnigmann, Martin
;
Sezgin, Aydin
)
