23 results on '"Kvicera, Milan"'
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2. Quantifying Wet Antenna Attenuation in 38-GHz Commercial Microwave Links of Cellular Backhaul
3. A New Model for Scattering From Tree Canopies Based on Physical Optics and Multiple Scattering Theory
4. A New Propagation Channel Synthesizer for UAVs in the Presence of Tree Canopies
5. A Model for the Detailed Analysis of Radio Links Involving Tree Canopies
6. Modeling scattering from tree canopies for UAV scenarios
7. Inverse Gaussian‐based composite channel model and time series generator for land mobile satellite systems under tree shadowing
8. Sensitivity Analysis of Multiple Scattering Theory Applied to Tree Canopies at Microwave Frequencies
9. First-Order Statistics Prediction for a Propagation Channel of Arbitrary Non-Geostationary Satellite Orbits
10. Reliability Improvement of RF Identification of Shadowed People in Building Corridors Using Space Diversity.
11. Experimental Study on Terrestrial Links Enhancement at 11 and 38 GHz
12. Influence of Input Terrain Profile Resolution on Diffraction Modeling
13. Seasonal Variations of Polarization Diversity Gain in a Vegetated Area considering High Elevation Angles and a Nomadic User
14. Modeling of First-Order Statistics of the MIMO Dual Polarized Channel at 2 GHz for Land Mobile Satellite Systems Under Tree Shadowing
15. World Maps of Atmospheric Refractivity Statistics
16. Short-Term Terrain Diffraction Measurements From L- to Q-Band: Results and Analysis
17. Modeling of first-order statistics of LMS channel under tree shadowing for various elevation angles at L-band
18. Scattering from single isolated tree based on Physical Optics: Preliminary model.
19. Influence of Antenna Characteristics on Elevation Dependence of Building Penetration Loss for High Elevation Links
20. Building Penetration Loss for Satellite Services at L-, S- and C-band: Measurement and Modeling
21. On a Definition of Building Penetration Loss for High Elevation Angles
22. Propagation measurements in a wide range of elevation angles using a remote-controlled airship.
23. Elevation dependence of building penetration loss for satellite services at 3.5 GHz and 5.0 GHz.
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