Radar Polarimetry is now indispensable tool for monitoring the earth cover. The advantage of using vector nature of electromagnetic wave is the abundant information on amplitude, phase and the relation pertaining to target. In this paper, we tried to retrieve useful index for classifying trees, forests, vegetations. The index is used polarimetric correlation coefficient derived by the elements of Sinclair scattering matrix. It is shown that correlation coefficient defined by the circular polarization basis serves to distinguish conifer tree and broadleaf tree
Fully polarimetric C-, L-, and P-band data were collected by NASA's AirSAR system in May 1993 at the...
The information content of Synthetic Aperture Radar (SAR) data significantly included in the radiome...
International audienceExtracting information from a polarimetric radar representation usually consis...
Tree canopies contain various scattering elements such as leaves, branches and trunks, which contrib...
Classification of terrain is one of the most important applications of Polarimetric Synthetic Apertu...
This paper examines the possibility of using P-band frequency, circular-polarized radar signals for ...
This paper describes an experiment where indices calculated from three-band full-polarisation radar ...
The potential of radar-based tree biomass estimation has been studied using polarimetric SAR data fr...
Abstract — In this paper the potential of combining polarimetric and interferometric classification ...
The Wishart classification, utilizing polarimetric parameters alpha (!) and entropy (H), was perform...
The ability of radars to detect and classify targets has been greatly enhanced by maturation of the ...
International audiencePolarimetric features of PolSAR images include inherent scattering mechanisms ...
In order to assess the potentiality of ALOS L-band fully polarimetric radar data for forestry applic...
Polarimetric AIRSAR data of 13 July 1990 acquired over Mahantango watershed area were processed for ...
A systematic approach for the identification of terrain media such as vegetation canopy, forest, and...
Fully polarimetric C-, L-, and P-band data were collected by NASA's AirSAR system in May 1993 at the...
The information content of Synthetic Aperture Radar (SAR) data significantly included in the radiome...
International audienceExtracting information from a polarimetric radar representation usually consis...
Tree canopies contain various scattering elements such as leaves, branches and trunks, which contrib...
Classification of terrain is one of the most important applications of Polarimetric Synthetic Apertu...
This paper examines the possibility of using P-band frequency, circular-polarized radar signals for ...
This paper describes an experiment where indices calculated from three-band full-polarisation radar ...
The potential of radar-based tree biomass estimation has been studied using polarimetric SAR data fr...
Abstract — In this paper the potential of combining polarimetric and interferometric classification ...
The Wishart classification, utilizing polarimetric parameters alpha (!) and entropy (H), was perform...
The ability of radars to detect and classify targets has been greatly enhanced by maturation of the ...
International audiencePolarimetric features of PolSAR images include inherent scattering mechanisms ...
In order to assess the potentiality of ALOS L-band fully polarimetric radar data for forestry applic...
Polarimetric AIRSAR data of 13 July 1990 acquired over Mahantango watershed area were processed for ...
A systematic approach for the identification of terrain media such as vegetation canopy, forest, and...
Fully polarimetric C-, L-, and P-band data were collected by NASA's AirSAR system in May 1993 at the...
The information content of Synthetic Aperture Radar (SAR) data significantly included in the radiome...
International audienceExtracting information from a polarimetric radar representation usually consis...