Recently, we proposed a novel remote sensing method for rainfall rate estimation in real time by means of tomographic processing applied to power attenuation measurements made across the microwave links defined by radiobase station networks for mobile communication systems. In this paper we analyze the results of a new tomographic algorithm that has been specifically developed for the typical topology of the urban radiobase station networks. Such algorithm has been tested on simulated specific attenuation (K) maps based on true polarimetric weather radar data. We considered 18, 23, and 38 GHz for the carrier frequencies of the radiobase network and the weather data gathered by the POLAR 55C polarimetric radar located in Rome.
Tomography applied to radiobase network for real time estimation of the rainfall rate fields / F. Cuccoli;L.Facheris;S. Gori;L. Baldini;E. Gorgucci. - In: ATMOSPHERIC RESEARCH. - ISSN 0169-8095. - STAMPA. - 119:(2013), pp. 62-69. [10.1016/j.atmosres.2011.06.024]
Tomography applied to radiobase network for real time estimation of the rainfall rate fields
CUCCOLI, FABRIZIO;FACHERIS, LUCA;BALDINI, LUCA;
2013
Abstract
Recently, we proposed a novel remote sensing method for rainfall rate estimation in real time by means of tomographic processing applied to power attenuation measurements made across the microwave links defined by radiobase station networks for mobile communication systems. In this paper we analyze the results of a new tomographic algorithm that has been specifically developed for the typical topology of the urban radiobase station networks. Such algorithm has been tested on simulated specific attenuation (K) maps based on true polarimetric weather radar data. We considered 18, 23, and 38 GHz for the carrier frequencies of the radiobase network and the weather data gathered by the POLAR 55C polarimetric radar located in Rome.
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