No. 6, 2026
ANTENNAS, RADIO WAVE PROPAGATION AND MICROWAVE TECHNOLOGY
OPTOELECTRONICS, ACOUSTO-ELECTRONICS AND PHOTONICS
DIGITAL RADIO ELECTRONIC SYSTEMS
SYNTHESIS AND ANALYSIS OF RADIO ENGINEERING SYSTEMS AND DEVICES
- Optimum multichannel radar internal interference detector for multifunctional radar pp. 50-57
- Control of the measurement topology of sum-difference-range multi-position system pp. 58-67
RESEARCH METHODS AND CONTROL ALGORITHMS IN RADIO ELECTRONIC SYSTEMS
- Using micro-Doppler (radar) signatures to identify UAV type and the nature of its payload pp. 68-75
- Comparative analysis of Gaussian and monocycle pulses in ultra-wideband systems: application of the Fokker-Planck equation pp. 76-90
- Improving noise immunity of microseismic event detection in DAS data by combining maximum likelihood method and DBSCAN clustering pp. 90-101
PROBLEMS AND PRINCIPLES OF BUILDING RADIO ENGINEERING SYSTEMS
- OFDM technology in fast frequency-hopping systems pp. 102-111
- Development of the layout of the on-board time and frequency standard node for import substitution purposes pp. 112-118
SYSTEMS OF SPECIAL RADIO COMMUNICATION
- Determination of scattering characteristics of electromagnetic waves on metasurfaces constructed from flat spiral elements pp. 120-125
- Analytical calculation of the reflection of an electromagnetic wave of horizontal polarization from a planar inhomogeneous magnetodielectric layer pp. 126-134
- Bipolarized microwave antenna systems for mobile radio communication systems using MESH-technologies pp. 135-142
- Characteristics of portable funnel-shaped antennas for communication systems with low earth orbit satellites pp. 143-149
- General method and results of experimental researches of the characteristics of ultra-wideband antennas pp. 150-158
- Methodology for analyzing electromagnetic compatibility of satellite networks operating in common radio frequency bands pp. 159-169
- Methodology for assessing the electromagnetic compatibility of radio-electronic means of rocket and space technology products, taking into account spatial attenuation between antenna systems pp. 170-179