Once more on the information capacity of the hopefield network. - Alexander A. Frolov; Dusan Húsek (ESANN, 1993)

Informational Capacity and Recall Quality in Sparsely Encoded Hopfield-like Neural Network: Analytical Approaches and Computer Simulation. - Alexander A. Frolov; Dusan Húsek; Igor P. Muraviev (Neural Networks, 1997)

Nonlinear factorization in sparsely encoded Hopfield-like neural networks. - Anton M. Sirota; Alexander A. Frolov; Dusan Húsek (ESANN, 1999)

Nonlinear factorization in the hippocampal neural structure. - Anton M. Sirota; Alexander A. Frolov; Dusan Húsek (IJCNN, 1999)

Convergence Time in Hopfield Network. - Alexander A. Frolov; Dusan Húsek (IJCNN (5), 2000)

On the possibility of linear modelling the human arm neuromuscular apparatus. - Alexander A. Frolov; Michel Dufossè; S. Rízek; Arthur Kaladjian (Biol. Cybern., 2000)

Biomechanical analysis of movement strategies in human forward trunk bending. I. Modeling. - Alexei V. Alexandrov; Alexander A. Frolov; J. Massion (Biol. Cybern., 2001)

Biomechanical analysis of movement strategies in human forward trunk bending. II. Experimental study. - Alexei V. Alexandrov; Alexander A. Frolov; J. Massion (Biol. Cybern., 2001)

Application of Hopfield-like Neural Networks to Nonlinear Factorization. - Dusan Húsek; Alexander A. Frolov; Hana Rezanková; Václav Snásel (COMPSTAT, 2002)

Biologically Inspired Neural Network Approach to Manipulator Movement Control. - Alexander A. Frolov; Michel Dufossè; Soraya Bensmaïl; Fathi Ben Ouezdou (ICRA, 2002)

Adaptive neural network control system inspired from the cerebro-cerebellar network for manipulation. - Michel Dufossè; Arthur Kaladjian; Alexander A. Frolov; Soraya Bensmaïl; Fathi Ben Ouezdou (CIRA, 2003)

Binary Factorization in Hopfield-Like Neural Autoassociator: A Promising Tool for Data Compression. - Alexander A. Frolov; Anton M. Sirota; Dusan Húsek; Igor P. Muraviev; P. Combe (ICANNGA, 2003)

A generic neural network for multi-modal sensorimotor learning. - Franck Carenzi; Patrice Bendahan; Vadim Y. Roschin; Alexander A. Frolov; Philippe Gorce; Marc A. Maier (Neurocomputing, 2004)

Neural network nonlinear factor analysis of high dimensional binary signals. - Dusan Húsek; Hana Rezanková; Václav Snásel; Alexander A. Frolov; Pavel Polyakov (SITIS, 2005)

Feedback equilibrium control during human standing. - Alexei V. Alexandrov; Alexander A. Frolov; Fay B. Horak; Patricia Carlson-Kuhta; S. Park (Biol. Cybern., 2005)

New Neural Network Based Approach Helps to Discover Hidden Russian Parliament Voting Patterns. - Alexander A. Frolov; Dusan Húsek; Pavel Polyakov; Hana Rezanková (IJCNN, 2006)

Adjustment of the human arm viscoelastic properties to the direction of reaching. - Alexander A. Frolov; R. A. Prokopenko; M. Dufossè; Fathi Ben Ouezdou (Biol. Cybern., 2006)

Image Analysis by Methods of Dimension Reduction. - Pavel Moravec 001; Václav Snásel; Alexander A. Frolov; Dusan Húsek; Hana Rezanková; Pavel Polyakov (CISIM, 2007)

Pattern Discovery for High-Dimensional Binary Datasets. - Václav Snásel; Pavel Moravec 001; Dusan Húsek; Alexander A. Frolov; Hana Rezanková; Pavel Polyakov (ICONIP (1), 2007)

Bars Problem Solving - New Neural Network Method and Comparison. - Václav Snásel; Dusan Húsek; Alexander A. Frolov; Hana Rezanková; Pavel Moravec 001; Pavel Polyakov (MICAI, 2007)

Comparison of Neural Network Boolean Factor Analysis Method with Some Other Dimension Reduction Methods on Bars Problem. - Dusan Húsek; Pavel Moravec 001; Václav Snásel; Alexander A. Frolov; Hana Rezanková; Pavel Polyakov (PReMI, 2007)

Boolean Factor Analysis by Attractor Neural Network. - Alexander A. Frolov; Dusan Húsek; Igor P. Muraviev; Pavel Yu. Polyakov (IEEE Trans. Neural Networks, 2007)

Some Remarks on Binary Data Grouping. - Dusan Húsek; Alexander A. Frolov; Hana Rezanková; Václav Snásel; Pavel Yu. Polyakov (DEXA Workshops, 2008)

Implementing Boolean Matrix Factorization. - Roman Neruda; Václav Snásel; Jan Platos; Pavel Krömer; Dusan Húsek; Alexander A. Frolov (ICANN (1), 2008)

Clustering variables by classical approaches and neural network Boolean factor analysis. - Alexander A. Frolov; Dusan Húsek; Hana Rezanková; Václav Snásel; Pavel Polyakov (IJCNN, 2008)

Pinch And Grip Control By A Neural Network Modeling The Cerebro-Cerebellar System. - Soraya Bensmaïl; Michel Dufossè; Alexander A. Frolov; Arthur Kaladjian; Fethi Ben Ouezdou (Intell. Autom. Soft Comput., 2009)

Recurrent-Neural-Network-Based Boolean Factor Analysis and Its Application to Word Clustering. - Alexander A. Frolov; Dusan Húsek; Pavel Yu. Polyakov (IEEE Trans. Neural Networks, 2009)

Origin and elimination of two global spurious attractors in Hopfield-like neural network performing Boolean factor analysis. - Alexander A. Frolov; Dusan Húsek; Igor P. Muraviev; Pavel Polyakov (Neurocomputing, 2010)

Learning and Unlearning in Hopfield-Like Neural Network Performing Boolean Factor Analysis. - Alexander A. Frolov; Dusan Húsek; Igor P. Muraviev; Pavel Yu. Polyakov (Advances in Machine Learning I, 2010)

New Measure of Boolean Factor Analysis Quality. - Alexander A. Frolov; Dusan Húsek; Pavel Yu. Polyakov (ICANNGA (1), 2011)

Brain Computer Interface Enhancement by Independent Component Analysis. - Pavel Bobrov; Alexander A. Frolov; Dusan Húsek (IHCI, 2011)

Boolean Factor Analysis by Expectation-Maximization Method. - Alexander A. Frolov; Dusan Húsek; Pavel Yu. Polyakov (IHCI, 2011)

Expectation-maximization approach to Boolean factor analysis. - Alexander A. Frolov; Dusan Húsek; Pavel Yu. Polyakov (IJCNN, 2011)

Brain-Computer Interface: Common Tensor Discriminant Analysis classifier evaluation. - Alexander A. Frolov; Dusan Húsek; Pavel Bobrov (NaBIC, 2011)

Closed-loop and open-loop control of posture and movement during human trunk bending. - Alexei V. Alexandrov; Alexander A. Frolov (Biol. Cybern., 2011)

A Neural Network Model for the Acquisition of a Spatial Body Scheme Through Sensorimotor Interaction. - Vadim Y. Roschin; Alexander A. Frolov; Yves Burnod; Marc A. Maier (Neural Comput., 2011)

BFA and BMF: What is the difference. - Alexander A. Frolov; Ajith Abraham; Pavel Yu. Polyakov; Dusan Húsek; Hana Rezanková (ISDA, 2012)

Localizing Sources of Brain Activity Relevant to Motor Imagery Brain-Computer Interface Performance, Using Individual Head Geometry. - Alexander A. Frolov; Dusan Húsek; Pavel Bobrov; Alexey Korshakov; Lyudmila Chernikova; Rodion Konovalov; Olesya Mokienko (ISNN (1), 2012)

Attractor Neural Network Combined with Likelihood Maximization Algorithm for Boolean Factor Analysis. - Alexander A. Frolov; Dusan Húsek; Pavel Yu. Polyakov (ISNN (1), 2012)

Increased motor cortex excitability during motor imagery in brain-computer interface trained subjects. - Olesya Mokienko; Alexander Chervyakov; Sofia Kulikova; Pavel Bobrov; Lyudmila Chernikova; Alexander A. Frolov; Mikhail Piradov (Frontiers Comput. Neurosci., 2013)

Clustering the Sources of EEG Activity during Motor Imagery by Attractor Neural Network with Increasing Activity (ANNIA). - Pavel Bobrov; Alexander A. Frolov; Dusan Húsek; Václav Snásel (IBICA, 2014)

Two Expectation-Maximization algorithms for Boolean Factor Analysis. - Alexander A. Frolov; Dusan Húsek; Pavel Polyakov (Neurocomputing, 2014)

New BFA method based on attractor neural network and likelihood maximization. - Alexander A. Frolov; Dusan Húsek; Pavel Yu. Polyakov; Václav Snásel (Neurocomputing, 2014)

Nature-Inspired Algorithms for Selecting EEG Sources for Motor Imagery Based BCI. - Sebastián Basterrech; Pavel Bobrov; Alexander A. Frolov; Dusan Húsek (ICAISC, 2015)

Comparison of Seven Methods for Boolean Factor Analysis and Their Evaluation by Information Gain. - Alexander A. Frolov; Dusan Húsek; Pavel Yu. Polyakov (IEEE Trans. Neural Networks Learn. Syst., 2016)

Human-Inspired Eigenmovement Concept Provides Coupling-Free Sensorimotor Control in Humanoid Robot. - Alexei V. Alexandrov; Vittorio Lippi; Thomas Mergner; Alexander A. Frolov; Georg Hettich; Dusan Húsek (Frontiers Neurorobotics, 2017)

Using Multiple Decomposition Methods and Cluster Analysis to Find and Categorize Typical Patterns of EEG Activity in Motor Imagery Brain-Computer Interface Experiments. - Alexander A. Frolov; Pavel Bobrov; Elena Biryukova; Mikhail Isaev; Yaroslav Kerechanin; Dmitry Bobrov; Alexander Lekin (Frontiers Robotics AI, 2020)