A mathematical model of the acceleration vector by its tracks in seismic prospecting ^{1}Lytvyn OO. A mathematical model of the acceleration vector by its tracks in seismic prospecting. 2016 ;(11):24-27.

Estimates of the complexity of algorithms of implementation of set-theoretic operations in table algebras ^{1}Kanarskaya IS. Estimates of the complexity of algorithms of implementation of set-theoretic operations in table algebras. 2016 ;(11):17-23.

Growth of action graphs of finite automata ^{1}Bondarenko IV. Growth of action graphs of finite automata. 2014 ;(6):37-41.

Axially symmetric potentially rotational flow with free boundary ^{1}Shevchenko AI, ^{1}Minenko AS. Axially symmetric potentially rotational flow with free boundary. 2014 ;(5):45-49.

On the application of mass lumping in the Petrov–Galerkin finite element method for convection-diffusion problems ^{1}Siryk SV, ^{2}Salnikov 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 ^{1}Kurgaev AF, ^{1}Grygoryev 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 ^{1}Lyashko SI, ^{2}Zub SI, ^{3}Zub SS, ^{4}Lyashko NI, ^{5}Chernyavskiy 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 ^{1}Grytsyk VV, ^{2}Bondaruk AB, ^{3}Grytsyk VV, ^{1}Kravets II, ^{1}Opotyak Yu.V, ^{1}Tsmots 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 ^{1}Malitsky Yu.V, ^{2}Semenov VV. A new hybrid method for solving variational inequalities. 2014 ;(4):49-55.

Guaranteed time of pursuit for the strategy of parallel approach ^{1}Pashko SV. Guaranteed time of pursuit for the strategy of parallel approach. 2014 ;(4):43-48.