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Articles 574
- Predictive intelligent orchestration of cluster computing resources in high-load financial systems based on the state evolution vector pp. 130-139
- Study of load distribution in the lower extremities of a person using a specialized motion analysis system pp. 81-88
- Using micro-Doppler (radar) signatures to identify UAV type and the nature of its payload pp. 68-75
- High-frequency microstrip load pp. 57-64
- Method for monitoring the coastal area by the level of anthropogenic load based on the analysis of airborne laser scanning data pp. 7-12
- Choosing a message broker for Internet of things based on load testing pp. 44-51
- Use of recurrent neural networks to predict vibration load indicators pp. 5-12
- Development of a techincal process for manufacturing thermoastable resistive microvawes loads pp. 43-48
- Modeling nonlinear scattering processes on antennas with a nonlinear load pp. 24-44
- Experimental study of a turnstile aperiodic HF-band antenna with a terminal load in the form of a near ground four-arm spiral antenna pp. 183-191
- Calculation of wind load on an axisymmetric reflector antenna with arbitrarily oriented reflector relative to the wind flow pp. 45-50
- Cardiac workload study in patients with hypertrophic cardiomyopathy pp. 63-74
- Hardware-software complex to control the load on the feet pp. 88-95
- Designing of a multi-frequency vibrator antenna on meander line with resonant loads and fragmented “floating ground” pp. 149-167
- Stability analysis of antenna structures under the acting static loads with the effect of geometric nonlinearity pp. 65-70
- Criteria and quality assessment of the matching of loads in the band-pass of polynomial LC-filter pp. 147-156
- Designing of a multi-frequency vibrator antenna with parallel LC-circuits loads pp. 145-157
- Research of the resistance of MAO coatings on aluminum alloys to vibrating impact loading and fretting wear during a spacecraft insertion into a target orbit pp. 14-20
- Application of distributed power generation to reduce the load on power supply systems of radio stations during peak periods pp. 137-148
- Performance of the load impedances’ technical implementation in a multichannel radio system with mutual influence of channels pp. 39-47