In this paper we describe a statistical and a physically based approaches to retrieve 2D rainfall fields exploiting the attenuation measurements made along satellite links at Ka and Ku bands, in the framework of the research project NEFOCAST. The retrieval algorithms, the main results obtained so far, and the on going test campaign are presented and discussed
Accurate measurement and monitoring of precipitation events is closely linked with different applica...
Accurate measurement and monitoring of precipitation events is closely linked with different applica...
We present the NEFOCAST project (named by the contraction of "Nefeleâ", which is the Italian spellin...
In this paper we describe a statistical and a physically based approaches to retrieve 2D rainfall fi...
In this paper we describe a statistical and a physically based approaches to retrieve 2D rainfall fi...
In spite of the variety of existing methods to measure precipitation, the retrieval of rainfall fiel...
In spite of the variety of existing methods to measure precipitation, the retrieval of rainfall fiel...
In spite of the variety of existing methods to measure precipitation, the retrieval of rainfall fiel...
NEFOCAST is a project funded by the Tuscany Region Government (Italy) that aims at setting up, and d...
NEFOCAST is a project funded by the Tuscany Region Government (Italy) that aims at setting up, and d...
In this paper we present results from the NEFOCAST project, funded by the Tuscany Region, aiming at ...
In this paper we present results from the NEFOCAST project, funded by the Tuscany Region, aiming at ...
In this paper we describe an algorithm to retrieve 2D rainfall fields exploiting the attenuation mea...
In this paper we describe an algorithm to retrieve 2D rainfall fields exploiting the attenuation mea...
We present the NEFOCAST project (named by the contraction of "Nefeleâ", which is the Italian spellin...
Accurate measurement and monitoring of precipitation events is closely linked with different applica...
Accurate measurement and monitoring of precipitation events is closely linked with different applica...
We present the NEFOCAST project (named by the contraction of "Nefeleâ", which is the Italian spellin...
In this paper we describe a statistical and a physically based approaches to retrieve 2D rainfall fi...
In this paper we describe a statistical and a physically based approaches to retrieve 2D rainfall fi...
In spite of the variety of existing methods to measure precipitation, the retrieval of rainfall fiel...
In spite of the variety of existing methods to measure precipitation, the retrieval of rainfall fiel...
In spite of the variety of existing methods to measure precipitation, the retrieval of rainfall fiel...
NEFOCAST is a project funded by the Tuscany Region Government (Italy) that aims at setting up, and d...
NEFOCAST is a project funded by the Tuscany Region Government (Italy) that aims at setting up, and d...
In this paper we present results from the NEFOCAST project, funded by the Tuscany Region, aiming at ...
In this paper we present results from the NEFOCAST project, funded by the Tuscany Region, aiming at ...
In this paper we describe an algorithm to retrieve 2D rainfall fields exploiting the attenuation mea...
In this paper we describe an algorithm to retrieve 2D rainfall fields exploiting the attenuation mea...
We present the NEFOCAST project (named by the contraction of "Nefeleâ", which is the Italian spellin...
Accurate measurement and monitoring of precipitation events is closely linked with different applica...
Accurate measurement and monitoring of precipitation events is closely linked with different applica...
We present the NEFOCAST project (named by the contraction of "Nefeleâ", which is the Italian spellin...