On the application of mass lumping in the Petrov–Galerkin finite element method for convection-diffusion problems 1Siryk SV, 2Salnikov NN. On the application of mass lumping in the Petrov–Galerkin finite element method for convection-diffusion problems. 2014 ;(5):39-44.
The universal Turing machine interpreter 1Kurgaev AF, 1Grygoryev SN. The universal Turing machine interpreter. 2016 ;(10):28-34.
Grid and cloud computing for the modeling of the motion of a magnetized assymmetric body in an external magnetic field 1Lyashko SI, 2Zub SI, 3Zub SS, 4Lyashko NI, 5Chernyavskiy AYu. Grid and cloud computing for the modeling of the motion of a magnetized assymmetric body in an external magnetic field. 2016 ;(9):29-36.
Information technology of software-controlled rasters for the image acquiring for computer vision systems 1Grytsyk VV, 2Bondaruk AB, 3Grytsyk VV, 1Kravets II, 1Opotyak Yu.V, 1Tsmots IG. Information technology of software-controlled rasters for the image acquiring for computer vision systems. 2014 ;(5):34-38.
A new hybrid method for solving variational inequalities 1Malitsky Yu.V, 2Semenov VV. A new hybrid method for solving variational inequalities. 2014 ;(4):49-55.
Guaranteed time of pursuit for the strategy of parallel approach 1Pashko SV. Guaranteed time of pursuit for the strategy of parallel approach. 2014 ;(4):43-48.
Canonical Poisson structure on T*SE(3) and the Hamiltonian mechanics of solids. Dynamics of a magnetic dipole in the external field 1Zub SS. Canonical Poisson structure on T*SE(3) and the Hamiltonian mechanics of solids. Dynamics of a magnetic dipole in the external field. 2014 ;(4):37-42.
Information techniques of deep machine learning for the analysis of land cover changes 1Kussul NN, 1Shelestov AYu., 1Lavreniuk MS, 1Butko IN. Information techniques of deep machine learning for the analysis of land cover changes. 2016 ;(8):26-32.
On walks of variable length in the Schubert incidence systems and multivariate flow ciphers 1Ustimenko VA. On walks of variable length in the Schubert incidence systems and multivariate flow ciphers. 2014 ;(3):55-63.
Simulation of complex thermal physical systems with the use of a fuzzy logic 1Shevchenko AI, 1Minenko AS, 2Gololobova AS. Simulation of complex thermal physical systems with the use of a fuzzy logic. 2014 ;(3):51-54.
