Symbolic Calculations in Studying the Stability of Dynamically Symmetric Satellite Motion. - Carlo Cattani; Evgenii A. Grebenikov; Alexander N. Prokopenya (CASC, 2005)

Numeric-Symbolic Computations in the Study of Central Configurations in the Planar Newtonian Four-Body Problem. - Evgenii A. Grebenikov; Ersain V. Ikhsanov; Alexander N. Prokopenya (CASC, 2006)

Some symbolic computation algorithms in cosmic dynamics problems. - Alexander N. Prokopenya (Program. Comput. Softw., 2006)

Studying the Stability of the Second Order Non-autonomous Hamiltonian System. - Evgenii A. Grebenikov; Ersain V. Ikhsanov; Alexander N. Prokopenya (CASC, 2007)

Symbolic computation in studying stability of solutions of linear differential equations with periodic coefficients. - Alexander N. Prokopenya (Program. Comput. Softw., 2007)

A Mathematica Package for Simulation of Quantum Computation. - Vladimir P. Gerdt; Robert Kragler; Alexander N. Prokopenya (CASC, 2009)

Symbolic-numerical analysis of equilibrium solutions in a restricted four-body problem. - Dzmitry A. Budzko; Alexander N. Prokopenya (Program. Comput. Softw., 2010)

Some algorithms for calculating unitary matrices for quantum circuits. - Vladimir P. Gerdt; Alexander N. Prokopenya (Program. Comput. Softw., 2010)

On the Stability of Equilibrium Positions in the Circular Restricted Four-Body Problem. - Dzmitry A. Budzko; Alexander N. Prokopenya (CASC, 2011)

The Circuit Model of Quantum Computation and Its Simulation with Mathematica. - Vladimir P. Gerdt; Alexander N. Prokopenya (MMCP, 2011)

Stability of Equilibrium Positions in the Spatial Circular Restricted Four-Body Problem. - Dzmitry A. Budzko; Alexander N. Prokopenya (CASC, 2012)

Hamiltonian normalization in the restricted many-body problem by computer algebra methods. - Alexander N. Prokopenya (Program. Comput. Softw., 2012)

Simulation of Quantum Error Correction with Mathematica. - Vladimir P. Gerdt; Alexander N. Prokopenya (CASC, 2013)

Symbolic-numerical methods for searching equilibrium states in a restricted four-body problem. - Dzmitry A. Budzko; Alexander N. Prokopenya (Program. Comput. Softw., 2013)

Simulation of quantum error correction by means of QuantumCircuit package. - Vladimir P. Gerdt; Alexander N. Prokopenya (Program. Comput. Softw., 2013)

On Integrability of Evolutionary Equations in the Restricted Three-Body Problem with Variable Masses. - Alexander N. Prokopenya; Mukhtar Zh. Minglibayev; Baglan A. Beketauov (CASC, 2014)

Symbolic calculations in studying the problem of three bodies with variable masses. - Alexander N. Prokopenya; Mukhtar Zh. Minglibayev; G. M. Mayemerova (Program. Comput. Softw., 2014)

Approximate Quantum Fourier Transform and Quantum Algorithm for Phase Estimation. - Alexander N. Prokopenya (CASC, 2015)

Simulation of a quantum algorithm for phase estimation. - Alexander N. Prokopenya (Program. Comput. Softw., 2015)

Orthogonal Illuminations in Two Light-Source Photometric Stereo. - Ryszard Kozera; Alexander N. Prokopenya (CISIM, 2016)

Approximation of a quantum algorithm for order finding. - Alexander N. Prokopenya (Program. Comput. Softw., 2016)

Symbolic-Numerical Analysis of the Relative Equilibria Stability in the Planar Circular Restricted Four-Body Problem. - Alexander N. Prokopenya (CASC, 2017)

Foreword. - Thierry N. Dana-Picard; Wolfram Koepf; Ilias S. Kotsireas; Zoltán Kovács; Alexander N. Prokopenya; Werner M. Seiler (Math. Comput. Sci., 2017)

Three-Body Problem with Variable Masses that Change Anisotropically at Different Rates. - Mukhtar Zh. Minglibayev; Alexander N. Prokopenya; G. M. Mayemerova; Zhanar U. Imanova (Math. Comput. Sci., 2017)

Motion of a Swinging Atwood's Machine: Simulation and Analysis with Mathematica. - Alexander N. Prokopenya (Math. Comput. Sci., 2017)

Application of computer algebra for the reconstruction of surfaces from their photometric stereo images. - Ryszard Kozera; Alexander N. Prokopenya (Program. Comput. Softw., 2017)

Investigation of the restricted problem of three bodies of variable masses using computer algebra. - Alexander N. Prokopenya; Mukhtar Zh. Minglibayev; G. M. Mayemerova; Zhanar U. Imanova (Program. Comput. Softw., 2017)

Second-Order Algebraic Surfaces and Two Image Photometric Stereo. - Ryszard Kozera; Alexander N. Prokopenya (ICCVG, 2018)

On Mathematical modelling of Synthetic Measures. - Boleslaw Borkowski; Zbigniew Binderman; Ryszard Kozera; Alexander N. Prokopenya; Wieslaw Szczesny (Math. Model. Anal., 2018)

Numerical-Symbolic Methods for Searching Relative Equilibria in the Restricted Problem of Four Bodies. - Alexander N. Prokopenya (Math. Model. Anal., 2018)

Application of Computer Algebra to Photometric Stereo with Two Light Sources. - Ryszard Kozera; Alexander N. Prokopenya (Program. Comput. Softw., 2018)

Application of Computer Algebra to the Reconstruction of Surface from Its Photometric Images. - Ryszard Kozera; Alexander N. Prokopenya; Artur Wilinski (Program. Comput. Softw., 2018)

Modelling Atwood's Machine with Three Degrees of Freedom. - Alexander N. Prokopenya (Math. Comput. Sci., 2019)

Applications of Computer Algebra in the Study of the Two-Planet Problem of Three Bodies with Variable Masses. - Alexander N. Prokopenya; Mukhtar Zh. Minglibayev; S. A. Shomshekova (Program. Comput. Softw., 2019)

Analytical Computations in Studying Translational-Rotational Motion of a Non-stationary Triaxial Body in the Central Gravitational Field. - Alexander N. Prokopenya; Mukhtar Zh. Minglibayev; Oralkhan Baisbayeva (CASC, 2020)

Computing Perturbations in the Two-Planetary Three-Body Problem with Masses Varying Non-isotropically at Different Rates. - Mukhtar Zh. Minglibayev; Alexander N. Prokopenya; Saule Shomshekova (Math. Comput. Sci., 2020)

Construction of a Periodic Solution to the Equations of Motion of Generalized Atwood's Machine using Computer Algebra. - Alexander N. Prokopenya (Program. Comput. Softw., 2020)

Methods of Measuring Diversity of Structures. - Boleslaw Borkowski; Alexander N. Prokopenya; Joanna Kisielinska; Wieslaw Szczesny (KES, 2021)

Concept of an electronic form based on XML that ensures a high level of interoperability and security. - Gerard Wawrzyniak; Imed El Fray; Mateusz Klos; Alexander N. Prokopenya (PACIS, 2021)

Searching for Equilibrium States of Atwood's Machine with Two Oscillating Bodies by Means of Computer Algebra. - Alexander N. Prokopenya (Program. Comput. Softw., 2021)

Stability Analysis of Periodic Motion of the Swinging Atwood Machine. - Alexander N. Prokopenya (CASC, 2022)

On the problem of entity matching and its application in automated settlement of receivables. - Lukasz Czekaj; Tomasz Biegus; Robert Kitlowski; Stanislaw Raczynski; Mateusz Olszewski; Jakub Dziedzic; Pawel Tomasik; Ryszard Kozera; Alexander N. Prokopenya; Robert Olszewski (CoRR, 2022)

Derivation of Evolutionary Equations in the Many-Body Problem with Isotropically Varying Masses Using Computer Algebra. - Alexander N. Prokopenya; Mukhtar Zh. Minglibayev; Aiken Kosherbayeva (Program. Comput. Softw., 2022)

Symbolic-Numeric Computation in Modeling the Dynamics of the Many-Body System TRAPPIST. - Alexander Chichurin; Alexander N. Prokopenya; Mukhtar Zh. Minglibayev; Aiken Kosherbayeva (ICCS (3), 2023)

Modelling the Evolution of the two-Planetary three-Body System of variable Masses. - Zhanar U. Imanova; Alexander N. Prokopenya; Mukhtar Zh. Minglibayev (Math. Model. Anal., 2023)

Resonances and Periodic Motions of Atwood's Machine with Two Oscillating Weights. - Alexander N. Prokopenya (Program. Comput. Softw., 2023)

Modeling the Dynamics of a Multi-planetary System with Anisotropic Mass Variation. - Alexander N. Prokopenya; Mukhtar Zh. Minglibayev; Aiken Kosherbayeva (ICCS (5), 2024)

Symbolic Calculations in the Study of Secular Perturbations in the Many-Body Problem with Variable Masses. - Alexander N. Prokopenya; Mukhtar Zh. Minglibayev; M. R. Saparova (Program. Comput. Softw., 2025)