| 5-24 |
Physics |
Advanced methods of magnetic resonance theranostics |
Yu. V. Bogachev, A. V. Nikitina, M. N. Shishkina |
| 25-38 |
Informatics, Computer Technologies And Control |
Development of software and hardware control systems for a mine car based on the method of neural networks |
I. M. Novozhilov, M. Y. Shestopalov, S. E. Abramkin, A. N. Ilyushina, N. A. Shatilova |
| 39-52 |
Informatics, Computer Technologies And Control |
Synthesis of a neural network controller for a linearized model of the plant – two inverted pendulums on a cart |
A. A. Voevoda, V. I. Shipagin |
| 53-65 |
Informatics, Computer Technologies And Control |
Modeling of a process of transmitting real-time traffic using a scheduler and a delivery control function in software defined networks |
K. I. Nikishin |
| 66-76 |
Informatics, Computer Technologies And Control |
Development of software and algorithmic support and an interaction communication system for controlling a swarm of unmanned aerial vehicles performing a monitoring mission in group |
J. B. Ngoua Ndong Avele |
| 77-84 |
Informatics, Computer Technologies And Control |
Efficient bulk-parallel algorithms for data recovery in multidimensional case |
A. R. Liss, E. I. Sergeeva, G. Yu. Puerov |
| 85-93 |
Electrical Engineering |
Universal method of preventive unloading of the ship's electric power system |
A. V. Saushev, N. V. Shirokov |
| 94-100 |
Electrical Engineering |
Catching an induction motor after a loss power supply of the transistor electricdrive |
A. G. Vorontsov |