Computation of irreducible generalized state-space realizations. - András Varga (Kybernetika, 1990)

Computational methods for linear control systems : P. Hr. Petkov, N. D. Christov and M. M. Konstantinov. - András Varga (Autom., 1993)

Computation of structural invariants of generalized state-space systems. - Pradeep Misra; Paul Van Dooren; András Varga (Autom., 1994)

A multishift Hessenberg method for pole assignment of single-input systems. - András Varga (IEEE Trans. Autom. Control., 1996)

Gradient-Based Approach to Solve Optimal Periodic Output Feedback Control Problems. - András Varga; Stefan Pieters (Autom., 1998)

Coprime factorization with J all-pass denominator: The noncanonical case. - Cristian Oara; András Varga (ECC, 1999)

The general inner-outer factorization problem for discrete-time systems. - Cristian Oara; András Varga (ECC, 1999)

Minimal Degree Coprime Factorization of Rational Matrices. - Cristian Oara; András Varga (SIAM J. Matrix Anal. Appl., 1999)

Balanced truncation model reduction of periodic systems. - András Varga (CDC, 2000)

On stochastic balancing related model reduction. - András Varga (CDC, 2000)

Robust pole assignment techniques via state feedback. - András Varga (CDC, 2000)

Computation of general inner-outer and spectral factorizations. - Cristian Oara; András Varga (IEEE Trans. Autom. Control., 2000)

Robust and minimum norm pole assignment with periodic state feedback. - András Varga (IEEE Trans. Autom. Control., 2000)

Accuracy enhancing methods for the frequency-weighted balancing related model reduction. - András Varga; Brian D. O. Anderson (CDC, 2001)

Fast algorithms for solving H∞-norm minimization problems. - András Varga; Pablo A. Parrilo (CDC, 2001)

Numerical approach for the frequency-weighted Hankel-norm approximation. - András Varga (ECC, 2001)

Computation of transfer function matrices of periodic systems. - András Varga (CDC, 2002)

Computational issues in fault detection filter design. - András Varga (CDC, 2002)

On computing the zeros of periodic systems. - András Varga; Paul Van Dooren (CDC, 2002)

On frequency-weighted coprime factorization based controller reduction. - András Varga (ACC, 2003)

Reliable algorithms for computing minimal dynamic covers. - András Varga (CDC, 2003)

Strongly stable algorithm for computing periodic system zeros. - András Varga (CDC, 2003)

Coprime factor reduction of H∞ controllers. - András Varga (ECC, 2003)

Accuracy-enhancing methods for balancing-related frequency-weighted model and controller reduction. - András Varga; Brian D. O. Anderson (Autom., 2003)

A numerically reliable approach to robust pole assignment for descriptor system. - András Varga (Future Gener. Comput. Syst., 2003)

Computing the zeros of periodic descriptor systems. - András Varga; Paul Van Dooren (Syst. Control. Lett., 2003)

Design of fault detection filters for periodic systems. - András Varga (CDC, 2004)

Computation of generalized inverses of periodic systems. - András Varga (CDC, 2004)

Generalized LFT-Based Representation of Parametric Uncertain Models. - Simon Hecker; András Varga (Eur. J. Control, 2004)

Computation of Kalman Decompositions of Periodic Systems. - András Varga (Eur. J. Control, 2004)

Computation of minimal periodic realizations of transfer-function matrices. - András Varga (IEEE Trans. Autom. Control., 2004)

Numerically reliable methods for optimal design of fault detection filters. - András Varga (CDC/ECC, 2005)

On solving periodic differential matrix equations with applications to periodic system norms computation. - András Varga (CDC/ECC, 2005)

Comparing one-shot and multi-shot methods for solving periodic Riccati differential equations. - Stefan Johansson; Bo Kågström; Anton S. Shiriaev; András Varga (PSYCO, 2007)

An overview of recent developments in computational methods for periodic systems. - András Varga (PSYCO, 2007)

On computing minimal realizations of periodic descriptor systems. - András Varga (PSYCO, 2007)

Optimal periodic output feedback control: A continuous time approach. - Luca Viganò 003; Marco Lovera; András Varga (PSYCO, 2007)

Solving control problems - a numerical perspective. - András Varga (CCA, 2008)

A desktop environment for assessment of fault diagnosis based fault tolerant flight control laws. - Simon Hecker; András Varga; Gertjan Looye (CACSD, 2008)

An overview of the OMNeT++ simulation environment. - András Varga; Rudolf Hornig (SimuTools, 2008)

On solving periodic Riccati equations. - András Varga (Numer. Linear Algebra Appl., 2008)

Least order fault and model detection using multi-models. - András Varga (CDC, 2009)

The nullspace method - a unifying paradigm to fault detection. - András Varga (CDC, 2009)

On computing periodic coprime factorizations. - András Varga (ECC, 2009)

OMNeT++. - András Varga (Modeling and Tools for Network Simulation, 2010)

Die SLICOT-Toolboxen für Matlab (The SLICOT Toolboxes for Matlab). - Peter Benner; Daniel Kressner; Vasile Sima; András Varga (Autom., 2010)

Optimal periodic output feedback control: a continuous-time approach and a case study. - Luca Viganò 003; Marco Bergamasco; Marco Lovera; András Varga (Int. J. Control, 2010)

Optimal Discrete-Time Design of Three-Axis Magnetic Attitude Control Laws. - Tiziano Pulecchi; Marco Lovera; András Varga (IEEE Trans. Control. Syst. Technol., 2010)

On solving non-standard ℋ-/ℋ2/∞ fault detection problems. - Keith Glover; András Varga (CDC/ECC, 2011)

A New Iterative Algorithm to Solve Periodic Riccati Differential Equations With Sign Indefinite Quadratic Terms. - Yantao Feng; András Varga; Brian D. O. Anderson; Marco Lovera (IEEE Trans. Autom. Control., 2011)

Inversion-based synthesis algorithm of periodic fault detection and isolation filters. - András Varga (CDC, 2013)

New experimental method for measuring power characteristics of photovoltaic cells at given light irradiation. - András Varga; Ervin Racz; Péter Kadar (SACI, 2013)

On solving periodic ℋ2-optimal fault detection and isolation problems. - András Varga (ECC, 2014)

Finite Approximations and Similarity of Languages. - Branislav Rovan; András Varga (Int. J. Found. Comput. Sci., 2022)