2026
2025
2024
2023
2022
- An efficient adaptive filter with a sliding window for estimating a communication channel with orthogonal frequency multiplexing pp. 50-55
- Method of carrying out defects of printed modules using neural networks pp. 44-49
- Method of optimal technical diagnostics and repair low-power switching power supplies pp. 39-43
2021
2020
2019
- Optimal methodology for joint evaluation of a radio channel and frequency offset in multipath propagation pp. 156-162
- Improved technique of iterative detection of signals with suppression of interference for multi-user MIMO OFDM systems pp. 150-155
- Basic principles of research on the effect electrostatic on the element base pp. 133-137
2018
2016
2014
- The electromagnetic radiation levels assessment technique from the printed circuit board when providing of an EMC pp. 97-100
- Analysis noise immunity technique of printed circuit boards of radio electronic means design taking into account EMC pp. 92-95
- Noises estimation technique in power buses of digital devices when carrying out verification of EMC pp. 88-90
2013
- Application of the algorithm optimal design constructions electronic equipment at the final stage configuration pp. 77-80
- Methods of plausibility check simulation results in tasks providing of an EMC pp. 103-106
- Main principles application software at the decision tasks of providing EMC and interference immunity pp. 98-102
- The main procedures and the program of planning providing EMC by development of electronic equipment pp. 93-97
2012
- Model forecasting of electromagnetic compatibility based on the method of section the sensitivity plane pp. 97-101
- Synthesizing system for the analysis and suppression conducted electromagnetic interference of electronic systems pp. 92-97
- Recognition conducted electromagnetic interference in electronic systems on the basis of the independent componental analysis and statistical processing of the signal pp. 87-92
- Complex Methods of Maintenance of Electromagnetic Compatibility and Noise Immunity of Electronic Systems at Through Designing pp. 22-27