No. 2, 2026
- Methodology for assessing the probability of signal reception when using an adaptive interference canceller as an antenna for ground-based equipment of the global navigation satellite system pp. 8-19
- Effect of nonlinear frequency modulation on the formation of signal and noise characteristics of autodyne radars with simultaneous pulse and frequency modulation of radiation pp. 20-38
- Electrodynamic modeling of multipath propagation of medium-wave radio waves pp. 39-48
- Investigation of the effect of the initial approximation of coordinates when determining the location of an object using the difference-range method pp. 49-59
- Development of the RISC-V architecture in electronic devices pp. 60-65
- Surrogate modeling of navigation satellite motion pp. 66-73
- Development of a high-precision simulator of global navigation satellite system signal pp. 74-82
- Research and determination accuracy characteristics of the measure of electric resistance pp. 83-88
- Built-in whip antenna for the mobile base station of the «VD PiDali» topographical surveying communication system pp. 89-101
- Equalizers for amplitude-frequency characteristics of radio receivers of digital adaptive antenna array channels pp. 102-111
- Hardware and software system for analyzing the state of the tropospheric channel and alignment of tropospheric communication stations pp. 112-116
- Design of a modulation and coding scheme for energy-efficient satellite communication stations pp. 117-127
- Comparison of the efficiency of BPSK, QPSK and OQPSK signals in near-field magnetic induction communication system pp. 128-132
- Analysis of the influence of external factors on the fluctuation of the amplitudes of the received signals in metre-wave radar stations pp. 133-139
