Ferdinand Svaricek

38 papers C 5Journal 14Unranked 18
YearRankTypeTitle / Venue / Authors
2022 J jnl
Vorzeichen-Steuerbarkeit und Vorzeichen-Stabilisierbarkeit.
Autom.
Alfred Geisel, Ferdinand Svaricek
2021 J jnl
UFIR-Parameteridentifikation in Echtzeit bei fehlenden Messungen.
Autom.
Steffen Siegl, Ferdinand Svaricek
2020 C conf
Longitudinal Short-Period Aircraft Motion Control Under Loadcase Variation.
ACC
Felix Goßmann, Agnes Gabrys, Ferdinand Svaricek
2020 J jnl
UFIR-Parameteridentifikation in Echtzeit.
Autom.
Steffen Siegl, Ferdinand Svaricek
2019 J jnl
Design and Experimental Assessment of an Active Fault-Tolerant LPV Vertical Dynamics Controller.
IEEE Trans. Control. Syst. Technol.
Michael Fleps-Dezasse, Ferdinand Svaricek, Jonathan Brembeck
2019 — conf
Parameter Dependent Static Output Feedback Control - An LPV Approach.
ECC
Felix Goßmann, Ferdinand Svaricek
2018 — conf
Performance Oriented Fault Tolerant Attitude Control of a Hexacopter Using LPV-Control with Partly-Measurable Parameters.
CCTA
Felix Goßmann, Venkata S. Akkinapalli, Guillermo P. Falconi, Ferdinand Svaricek
2017 — conf
Fault tolerant control approach for passive handling of actuator degradation of a hexacopter using an LPV state-feedback controller with partly-measured parameters.
MED
Felix Goßmann, Guillermo P. Falconi, Ferdinand Svaricek
2016 C conf
Experimental evaluation of Linear Parameter-Varying semi-active suspension control.
CCA
Michael Fleps-Dezasse, Mahmoud M. Ahmed, Jonathan Brembeck, Ferdinand Svaricek
2016 J jnl
H∞-Entwurf fraktionaler PID-Regler.
Autom.
Ferdinand Svaricek, Nabil Lachhab
2016 C conf
Structural non-minimum phase systems.
ACC
Andreas Daasch, Matthias Schultalbers, Ferdinand Svaricek
2014 — conf
A linear time algorithm to verify strong structural controllability.
CDC
Alexander Weber, Gunther Reissig, Ferdinand Svaricek
2014 — conf
Preview optimal control of vehicle semi-active suspension based on partitioning of chassis acceleration and tire load spectra.
ECC
Mahmoud M. Ahmed, Ferdinand Svaricek
2014 — conf
Sign stabilizability.
MED
Christoph Hartung, Ferdinand Svaricek
2014 J jnl
Strong Structural Controllability and Observability of Linear Time-Varying Systems.
IEEE Trans. Autom. Control.
Gunther Reissig, Christoph Hartung, Ferdinand Svaricek
2013 — conf
Adaptive robust gain scheduled control of vehicle semi-active suspension for improved ride comfort and road handling.
ICM
Mahmoud M. Ahmed, Ferdinand Svaricek
2013 — conf
Characterization of sign controllability for linear systems with real eigenvalues.
AuCC
Christoph Hartung, Gunther Reissig, Ferdinand Svaricek
2013 — conf
Fractional order PID controller (FOPID)-Toolbox.
ECC
Nabil Lachhab, Ferdinand Svaricek, Frank Wobbe, Heiko Rabba
2013 — conf
Necessary conditions for structural and strong structural controllability of linear time-varying systems.
ECC
Christoph Hartung, Gunther Reissig, Ferdinand Svaricek
2013 — conf
Preview control of semi-active suspension based on a half-car model using Fast Fourier Transform.
SSD
Mahmoud Ahmed, Ferdinand Svaricek
2013 J jnl
Strong Structural Controllability of Linear Time-Varying Systems.
CoRR
Gunther Reissig, Christoph Hartung, Ferdinand Svaricek
2013 C conf
Sufficient conditions for strong structural controllability of uncertain linear time-varying systems.
ACC
Christoph Hartung, Gunther Reissig, Ferdinand Svaricek
2012 — conf
Characterization of strong structural controllability of uncertain linear time-varying discrete-time systems.
CDC
Christoph Hartung, Gunther Reissig, Ferdinand Svaricek
2012 — conf
Non-model based adaptive control of electro-hydraulic servo systems using prefilter inversion.
SSD
Mahmoud M. Ahmed, Nabil Lachhab, Ferdinand Svaricek
2012 J jnl
Trajectory Tracking Control with Flat Inputs and a Dynamic Compensator
CoRR
Jean-Francois Stumper, Ferdinand Svaricek, Ralph Kennel
2011 — conf
Strong structural controllability of linear systems revisited.
CDC/ECC
Jan Cristian Jarczyk, Ferdinand Svaricek, Benedikt Alt
2011 J jnl
Strukturelle und streng strukuturelle Steuerbarkeit: Übersicht und neue Ergebnisse.
Autom.
Ferdinand Svaricek, Jan Cristian Jarczyk, Benedikt Alt
2010 J jnl
Ein modellbasiertes Konzept zur Antriebsstrangregelung für ein Parallelhybridfahrzeug (A Model Based Control Design Approach for Powertrain Control of a Parallel Hybrid Electric Vehicle).
Autom.
Benedikt Alt, Felix Antritter, Ferdinand Svaricek, Matthias Schultalbers
2010 C conf
Self-tuning control design strategy for an electronic throttle with experimental robustness analysis.
ACC
Benedikt Alt, Jan Peter Blath, Ferdinand Svaricek, Matthias Schultalbers
2009 — conf
Control of idle engine speed and torque reserve with higher order sliding modes.
CCA/ISIC
Benedikt Alt, Jan Peter Blath, Ferdinand Svaricek, Matthias Schultalbers
2009 — conf
Dead start assist control using higher order sliding modes.
ECC
Benedikt Alt, Jan Peter Blath, Ferdinand Svaricek, Matthias Schultalbers
2009 J jnl
Multiple Sliding Surface Control of Idle Engine Speed and Torque Reserve With Dead Start Assist Control.
IEEE Trans. Ind. Electron.
Benedikt Alt, Jan Peter Blath, Ferdinand Svaricek, Matthias Schultalbers
2009 — conf
Trajectory tracking control with flat inputs and a dynamic compensator.
ECC
Jean-François Stumper, Ferdinand Svaricek, Ralph Kennel
2006 J jnl
Discussion on: "Uniform Observability Analysis for Structured Bilinear Systems. A Graph-theoretic Approach".
Eur. J. Control
Ferdinand Svaricek
2006 J jnl
Nulldynamik linearer und nichtlinearer Systeme: Definitionen, Eigenschaften und Anwendungen (Zero Dynamics of Linear and Nonlinear Systems: Definitions, Properties and Applications).
Autom.
Ferdinand Svaricek
2005 J jnl
Zustandsbeobachter für periodische Signale: Anwendung zur aktiven Kompensation von motorerregten Karosserieschwingungen (State Observers for Periodic Signals: A Case Study in Active Vibration Control).
Autom.
Christian Bohn, Hans-Jürgen Karkosch, Ferdinand Svaricek
1999 — conf
Automotive applications of active vibration control.
ECC
Hans-Jürgen Karkosch, Ferdinand Svaricek, R. A. Shoureshi, J. L. Vance
1987 — —
Graphentheoretische Beschreibung und Bestimmung der endlichen und unendlichen Nullstellen von linearen Mehrgrössensystemen.
Ferdinand Svaricek