The correlation and spectral analysis methods for uniformly sampled stationary random signals, estimation of their spectral moments, and problems arising due to nonstationary are reviewed. Some of these methods are already in routine use in atmospheric radar experiments. Other methods based on the maximum entropy principle and time series models have been used in analyzing data, but are just beginning to receive attention in the analysis of radar signals. These methods are also briefly discussed
The observations of the spectrum of atmospheric motions over the range of periods from a few minutes...
The power spectra S(f) of MST radar signals contain useful information about the variance of refract...
There are few observational techniques for measuring the distribution of kinetic energy within the m...
Signal processing techniques used in Mesosphere-Stratosphere-Troposphere (MST) radars are reviewed. ...
Two concepts of fundamental importance are reviewed: the autocorrelation function and the frequency ...
The data processing methods used in high power radar probing of the middle atmosphere are examined. ...
This is the first paper in a series of papers devoted to the peculiarities of estimation of the cont...
An adaptive spectral moments estimation technique has been developed for analyzing the Doppler spect...
An overview is given of the data acquisition, signal processing, and data analysis techniques that a...
There are few observational techniques for measuring the distribution of kinetic energy within the m...
International audienceMultitaper spectral analysis using sinusoidal taper has been carried out on th...
Estimation of nonstationary mean values, spectral density, and correlation functions - summary of me...
Abstract. Multitaper spectral analysis using sinusoidal taper has been carried out on the backscatte...
Copyright © 2001 European Geosciences UnionThis paper investigates turbulent velocity estimation usi...
A concise description of the correlation theory for cyclostationary random signals is given. ...
The observations of the spectrum of atmospheric motions over the range of periods from a few minutes...
The power spectra S(f) of MST radar signals contain useful information about the variance of refract...
There are few observational techniques for measuring the distribution of kinetic energy within the m...
Signal processing techniques used in Mesosphere-Stratosphere-Troposphere (MST) radars are reviewed. ...
Two concepts of fundamental importance are reviewed: the autocorrelation function and the frequency ...
The data processing methods used in high power radar probing of the middle atmosphere are examined. ...
This is the first paper in a series of papers devoted to the peculiarities of estimation of the cont...
An adaptive spectral moments estimation technique has been developed for analyzing the Doppler spect...
An overview is given of the data acquisition, signal processing, and data analysis techniques that a...
There are few observational techniques for measuring the distribution of kinetic energy within the m...
International audienceMultitaper spectral analysis using sinusoidal taper has been carried out on th...
Estimation of nonstationary mean values, spectral density, and correlation functions - summary of me...
Abstract. Multitaper spectral analysis using sinusoidal taper has been carried out on the backscatte...
Copyright © 2001 European Geosciences UnionThis paper investigates turbulent velocity estimation usi...
A concise description of the correlation theory for cyclostationary random signals is given. ...
The observations of the spectrum of atmospheric motions over the range of periods from a few minutes...
The power spectra S(f) of MST radar signals contain useful information about the variance of refract...
There are few observational techniques for measuring the distribution of kinetic energy within the m...