Many radars used for wind sounding generate Doppler power spectra as output. For compact data archiving purposes, as well as for data analysis, several parameters were produced to characterize each spectrum. The parameters chosen were noise level, echo signal strength, velocity, and width. Because the derived parameters may be the only quantities available for future analysis, it was important that they did not contain biases imposed by the derivation techniques. This consideration led to a processing scheme in which the parameters were derived independently for each spectrum
International audienceMultitaper spectral analysis using sinusoidal taper has been carried out on th...
Very high frequency radars designed to measure tropospheric wind profiles usually detect scattering ...
A method for estimation of Doppler spectral moments on pulsed weather radars is presented. This sche...
The power spectra S(f) of MST radar signals contain useful information about the variance of refract...
International audienceA classical way to reduce a radar's data is to compute the spectrum using FFT ...
A classical way to reduce a radar’s data is to compute the spectrum using FFT and then to identify...
International audienceA classical way to reduce a radar's data is to compute the spectrum using FFT ...
Several on line and off line data processing techniques are used to remove interfering signals due t...
The Doppler spectra, measured with a vertical antenna beam, are characterized by essentially two dif...
This is the first paper in a series of papers devoted to the peculiarities of estimation of the cont...
Signal processing techniques used in Mesosphere-Stratosphere-Troposphere (MST) radars are reviewed. ...
High-Frequency (HF) radar systems are currently used to collect wave data. By applying spectral anal...
One atmospheric variable which can be deduced from stratosphere-troposphere (ST) radar data other th...
A method for estimation of Doppler spectrum and its moments as well as several polarimetric variable...
An adaptive spectral moments estimation technique has been developed for analyzing the Doppler spect...
International audienceMultitaper spectral analysis using sinusoidal taper has been carried out on th...
Very high frequency radars designed to measure tropospheric wind profiles usually detect scattering ...
A method for estimation of Doppler spectral moments on pulsed weather radars is presented. This sche...
The power spectra S(f) of MST radar signals contain useful information about the variance of refract...
International audienceA classical way to reduce a radar's data is to compute the spectrum using FFT ...
A classical way to reduce a radar’s data is to compute the spectrum using FFT and then to identify...
International audienceA classical way to reduce a radar's data is to compute the spectrum using FFT ...
Several on line and off line data processing techniques are used to remove interfering signals due t...
The Doppler spectra, measured with a vertical antenna beam, are characterized by essentially two dif...
This is the first paper in a series of papers devoted to the peculiarities of estimation of the cont...
Signal processing techniques used in Mesosphere-Stratosphere-Troposphere (MST) radars are reviewed. ...
High-Frequency (HF) radar systems are currently used to collect wave data. By applying spectral anal...
One atmospheric variable which can be deduced from stratosphere-troposphere (ST) radar data other th...
A method for estimation of Doppler spectrum and its moments as well as several polarimetric variable...
An adaptive spectral moments estimation technique has been developed for analyzing the Doppler spect...
International audienceMultitaper spectral analysis using sinusoidal taper has been carried out on th...
Very high frequency radars designed to measure tropospheric wind profiles usually detect scattering ...
A method for estimation of Doppler spectral moments on pulsed weather radars is presented. This sche...