Spectral properties of signal fading and Doppler spectra distribution in urban mobile communication links

Keyphrases

• Spectral Properties 100%
• Signal Power 100%
• Spectral Distribution 100%
• Communication Link 100%
• Mobile Communication 100%
• Signal Fading 100%
• Doppler Spectrum 100%
• Power Distribution 66%
• Signal Strength 33%
• Wave Propagation 33%
• Statistical Model 33%
• Urban Environment 33%
• Randomly Distributed 33%
• Base Station 33%
• Stochastic Model 33%
• Stochastic Approach 33%
• Probabilistic Approach 33%
• Spatial Frequency 33%
• Built-up Area 33%
• Radio Propagation 33%
• Moving Vehicle 33%
• Doppler Shift 33%
• Signal Spectrum 33%
• Signal Power Spectrum 33%
• Stochastic Multi-Parametric Model 33%
• Vehicular Antenna 33%
• Building Rooftop 33%
• Terrain Features 33%

Engineering

• Signal Power 100%
• Mobile Communication 100%
• Communication Link 100%
• Doppler Spectrum 100%
• Power Distribution 50%
• Antenna 25%
• Signal Strength 25%
• Statistical Model 25%
• Basestation 25%
• Stochastic Model 25%
• Spatial Frequency 25%
• Power Spectra 25%
• Spatial Variation 25%
• Radio Wave 25%
• Signal Spectrum 25%
• Doppler Effect 25%
• Doppler Spread 25%
• Probabilistic Approach 25%
• Spread Spectrum 25%
• Relative Speed 25%
• Stochastic Approach 25%

Earth and Planetary Sciences

• Diffraction 100%
• Mobile Communication 100%
• Signal Fading 100%
• Spatial Variation 50%
• Power Spectra 50%
• Radio Wave 50%
• Built-Up Area 50%