Paveloom: University's repositories
Stellar-Astronomy-Laboratory-Workshop-S09-2021
Calculation of orbits of globular clusters in several models of the Galaxy potential
Astronomical-Observation-Workshop-S07-2020
Materials developed during the laboratory work at the astronomical observation workshop
Astronomical-Software-Course-S06-2020
Procedures and programs from the Astronomical Software course
Celestial-Mechanics-S06-2020
Calculating the ephemeris, determining the preliminary orbit
Computational-Gas-Dynamics-S11-2022
Modelling convection with the large-particle method
Computational-Workshop-S04-2019
Matrices multiplication, Newton's / Lagrange's interpolation, Gauss's / Seidel's methods for solving a system of linear differential equations, numerical differentiation, spline interpolation, Fourier transform
Computational-Workshop-S09-2021
Solving integral equations of the first kind, parabolic and elliptical partial differential equations
Computer-Methods-of-Celestial-Mechanics-S09-2021
Presentations on some of the computer methods considered in the course
Computer-Simulation-S10-2022
Building computer models of physical processes
Programming-Exercises-S01-2017-to-S03-2018
An archive of the first programming exercises
Python-Programming-Course-S05-2019
Scripts from the Python programming course
Resonances-in-Celestial-Mechanics-S11-2022
Modelling dynamics of main-belt asteroids
Stellar-Astronomy-Laboratory-Workshop-S10-2022
Generating disk galaxies
Stellar-Astronomy-Laboratory-Workshop-S11-2022
Generating galaxy rotation curves and inferring model parameters from them
Stellar-Astronomy-Special-Workshop-S09-2021
Decomposition of a bimodal distribution function into two normal components by the maximum likelihood estimation method
Stellar-Astronomy-Special-Workshop-S10-2022
Performing a Pearson's chi-squared test
Stellar-Astronomy-Special-Workshop-S11-2022
Performing weighted orthogonal regression
Astrometric-Workshop-Summer-2019
Scripts and programs from the astrometric workshop
Astrophysical-Workshop-Summer-2021
Materials developed during the laboratory work at the astrophysical workshop
Celestial-Mechanics-Laboratory-Workshop-S09-2021
Finding a figure-8 solution to a three-body problem with arbitrary precision
Computational-Workshop-S05-2019
Gauss's quadrature formula, computing integrals from functions with singularities, computing multiple integrals by the Monte Carlo method, solving ODE numerically, least-squares method, QR algorithm, Jacobi eigenvalue algorithm, solving boundary value problems
Computational-Workshop-S08-2021
Solving Cauchy problems and stiff systems of differential equations, finding eigenvalues in symmetric matrices
Graphics-in-Scientific-Publications-S10-2022
Preparation of articles for scientific journals, plotting
Optics-Laboratory-Workshop-S04-2019
Computational scripts for reports for the optics laboratory workshop
Programming-Course-S04-2019
Using Fortran interface to the GNU Scientific Library, parallelizing code with OpenMP and MPI