Graphentheoretische Beschreibung und Bestimmung der endlichen und unendlichen Nullstellen von linearen Mehrgrössensystemen. - Ferdinand Svaricek (VDI-Verlag, 1987)

Automotive applications of active vibration control. - Hans-Jürgen Karkosch; Ferdinand Svaricek; R. A. Shoureshi; J. L. Vance (ECC, 1999)

Zustandsbeobachter für periodische Signale: Anwendung zur aktiven Kompensation von motorerregten Karosserieschwingungen (State Observers for Periodic Signals: A Case Study in Active Vibration Control). - Christian Bohn; Hans-Jürgen Karkosch; Ferdinand Svaricek (Autom., 2005)

Nulldynamik linearer und nichtlinearer Systeme: Definitionen, Eigenschaften und Anwendungen (Zero Dynamics of Linear and Nonlinear Systems: Definitions, Properties and Applications). - Ferdinand Svaricek (Autom., 2006)

Discussion on: "Uniform Observability Analysis for Structured Bilinear Systems. A Graph-theoretic Approach". - Ferdinand Svaricek (Eur. J. Control, 2006)

Control of idle engine speed and torque reserve with higher order sliding modes. - Benedikt Alt; Jan Peter Blath; Ferdinand Svaricek; Matthias Schultalbers (CCA/ISIC, 2009)

Dead start assist control using higher order sliding modes. - Benedikt Alt; Jan Peter Blath; Ferdinand Svaricek; Matthias Schultalbers (ECC, 2009)

Trajectory tracking control with flat inputs and a dynamic compensator. - Jean-François Stumper; Ferdinand Svaricek; Ralph Kennel (ECC, 2009)

Multiple Sliding Surface Control of Idle Engine Speed and Torque Reserve With Dead Start Assist Control. - Benedikt Alt; Jan Peter Blath; Ferdinand Svaricek; Matthias Schultalbers (IEEE Trans. Ind. Electron., 2009)

Self-tuning control design strategy for an electronic throttle with experimental robustness analysis. - Benedikt Alt; Jan Peter Blath; Ferdinand Svaricek; Matthias Schultalbers (ACC, 2010)

Ein modellbasiertes Konzept zur Antriebsstrangregelung für ein Parallelhybridfahrzeug (A Model Based Control Design Approach for Powertrain Control of a Parallel Hybrid Electric Vehicle). - Benedikt Alt; Felix Antritter; Ferdinand Svaricek; Matthias Schultalbers (Autom., 2010)

Strong structural controllability of linear systems revisited. - Jan Cristian Jarczyk; Ferdinand Svaricek; Benedikt Alt (CDC/ECC, 2011)

Strukturelle und streng strukuturelle Steuerbarkeit: Übersicht und neue Ergebnisse. - Ferdinand Svaricek; Jan Cristian Jarczyk; Benedikt Alt (Autom., 2011)

Non-model based adaptive control of electro-hydraulic servo systems using prefilter inversion. - Mahmoud M. Ahmed; Nabil Lachhab; Ferdinand Svaricek (SSD, 2012)

Characterization of strong structural controllability of uncertain linear time-varying discrete-time systems. - Christoph Hartung; Gunther Reissig; Ferdinand Svaricek (CDC, 2012)

Preview control of semi-active suspension based on a half-car model using Fast Fourier Transform. - Mahmoud Ahmed; Ferdinand Svaricek (SSD, 2013)

Sufficient conditions for strong structural controllability of uncertain linear time-varying systems. - Christoph Hartung; Gunther Reissig; Ferdinand Svaricek (ACC, 2013)

Characterization of sign controllability for linear systems with real eigenvalues. - Christoph Hartung; Gunther Reissig; Ferdinand Svaricek (AuCC, 2013)

Necessary conditions for structural and strong structural controllability of linear time-varying systems. - Christoph Hartung; Gunther Reissig; Ferdinand Svaricek (ECC, 2013)

Fractional order PID controller (FOPID)-Toolbox. - Nabil Lachhab; Ferdinand Svaricek; Frank Wobbe; Heiko Rabba (ECC, 2013)

Adaptive robust gain scheduled control of vehicle semi-active suspension for improved ride comfort and road handling. - Mahmoud M. Ahmed; Ferdinand Svaricek (ICM, 2013)

Strong Structural Controllability of Linear Time-Varying Systems. - Gunther Reissig; Christoph Hartung; Ferdinand Svaricek (CoRR, 2013)

A linear time algorithm to verify strong structural controllability. - Alexander Weber 004; Gunther Reissig; Ferdinand Svaricek (CDC, 2014)

Preview optimal control of vehicle semi-active suspension based on partitioning of chassis acceleration and tire load spectra. - Mahmoud M. Ahmed; Ferdinand Svaricek (ECC, 2014)

Sign stabilizability. - Christoph Hartung; Ferdinand Svaricek (MED, 2014)

Strong Structural Controllability and Observability of Linear Time-Varying Systems. - Gunther Reissig; Christoph Hartung; Ferdinand Svaricek (IEEE Trans. Autom. Control., 2014)

Experimental evaluation of Linear Parameter-Varying semi-active suspension control. - Michael Fleps-Dezasse; Mahmoud M. Ahmed; Jonathan Brembeck; Ferdinand Svaricek (CCA, 2016)

Structural non-minimum phase systems. - Andreas Daasch; Matthias Schultalbers; Ferdinand Svaricek (ACC, 2016)

H∞-Entwurf fraktionaler PID-Regler. - Ferdinand Svaricek; Nabil Lachhab (Autom., 2016)

Fault tolerant control approach for passive handling of actuator degradation of a hexacopter using an LPV state-feedback controller with partly-measured parameters. - Felix Goßmann; Guillermo P. Falconi; Ferdinand Svaricek (MED, 2017)

Performance Oriented Fault Tolerant Attitude Control of a Hexacopter Using LPV-Control with Partly-Measurable Parameters. - Felix Goßmann; Venkata S. Akkinapalli; Guillermo P. Falconi; Ferdinand Svaricek (CCTA, 2018)

Parameter Dependent Static Output Feedback Control - An LPV Approach. - Felix Goßmann; Ferdinand Svaricek (ECC, 2019)

Design and Experimental Assessment of an Active Fault-Tolerant LPV Vertical Dynamics Controller. - Michael Fleps-Dezasse; Ferdinand Svaricek; Jonathan Brembeck (IEEE Trans. Control. Syst. Technol., 2019)

Longitudinal Short-Period Aircraft Motion Control Under Loadcase Variation. - Felix Goßmann; Agnes Gabrys; Ferdinand Svaricek (ACC, 2020)

UFIR-Parameteridentifikation in Echtzeit. - Steffen Siegl; Ferdinand Svaricek (Autom., 2020)

UFIR-Parameteridentifikation in Echtzeit bei fehlenden Messungen. - Steffen Siegl; Ferdinand Svaricek (Autom., 2021)

Vorzeichen-Steuerbarkeit und Vorzeichen-Stabilisierbarkeit. - Alfred Geisel; Ferdinand Svaricek (Autom., 2022)