In this paper, we present experimental characterization and analysis of radiated emissions from coupled UAV and smart RFIC Objects (smartphones) in presence of noisy sources (e.g., WiFi). Measurement results for the characterization of Near-Field couplings between smartphones in presence of UAV are discussed. Spectral and spatial responses of radiated emissions from coupled UAV and smartphones are extracted. Perspectives for the analysis of radiated emissions based on energy density using Multi-Resolution wavelet scalogram are drawn for the simultaneous Time-Frequency identification and localization of noisy sources.     «

In this paper, we present experimental characterization and analysis of radiated emissions from coupled UAV and smart RFIC Objects (smartphones) in presence of noisy sources (e.g., WiFi). Measurement results for the characterization of Near-Field couplings between smartphones in presence of UAV are discussed. Spectral and spatial responses of radiated emissions from coupled UAV and smartphones are extracted. Perspectives for the analysis of radiated emissions based on energy density using Multi-...     »