Radar cross section (RCS) measurements require a well-calibrated radar system. Often, the calibration process is performed by evaluating the received echo signal from a target with well-known RCS. In a ground-based setup, radar measurements may be significantly affected by the environment in general and by the multipath in particular. This paper analyses the importance of the multipath effect on radar measurements both in theory and in some experiments for different geometries, environments and vegetation
The ground based measurement techniques for the determination of the radar back-scatter of vegetatio...
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
Calibrating a radar system, i.e., establishing a precise relationship between the radar observable ...
Radar cross section (RCS) measurements require a well-calibrated radar system. Often, the calibratio...
The increasing interest in the radar detection of low-elevation and small-size targets in complicate...
Ground-based interferometric radar systems have numerous environmental monitoring applications in ge...
Multipath interference can occur in ground-based radar data acquired with systems with a large anten...
Selecting the optimal site for a surveillance radar is a complex task including the minimization of ...
Abstract — The BYU QuikSCAT Calibration Ground Sta-tion (CGS) team has performed an analysis on the ...
Objectives: To study the effect of the radar cross section (RCS) area for the target on the radar op...
At Tor Vergata University we are working on measurements and phenomenological characterization of ur...
Site selection for a new surveillance radar for various purposes as the surveillance of the airports...
This paper addresses a number of effects that are often responsible for considerable differences bet...
Abstract—We consider how an electromagnetic field propagating to a target alters the radar cross sec...
A large part of the research in the radar meteorology is devoted to the evaluation of the radar data...
The ground based measurement techniques for the determination of the radar back-scatter of vegetatio...
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
Calibrating a radar system, i.e., establishing a precise relationship between the radar observable ...
Radar cross section (RCS) measurements require a well-calibrated radar system. Often, the calibratio...
The increasing interest in the radar detection of low-elevation and small-size targets in complicate...
Ground-based interferometric radar systems have numerous environmental monitoring applications in ge...
Multipath interference can occur in ground-based radar data acquired with systems with a large anten...
Selecting the optimal site for a surveillance radar is a complex task including the minimization of ...
Abstract — The BYU QuikSCAT Calibration Ground Sta-tion (CGS) team has performed an analysis on the ...
Objectives: To study the effect of the radar cross section (RCS) area for the target on the radar op...
At Tor Vergata University we are working on measurements and phenomenological characterization of ur...
Site selection for a new surveillance radar for various purposes as the surveillance of the airports...
This paper addresses a number of effects that are often responsible for considerable differences bet...
Abstract—We consider how an electromagnetic field propagating to a target alters the radar cross sec...
A large part of the research in the radar meteorology is devoted to the evaluation of the radar data...
The ground based measurement techniques for the determination of the radar back-scatter of vegetatio...
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
Calibrating a radar system, i.e., establishing a precise relationship between the radar observable ...