Ionospheric radar it can generate 2D image forming technique my the linear rectangular array Ionosphere radar are recently established at Gadanki (13.5°N, 79.2°E; 6.5°N magnetic latitude) in this Radar is operated in the frequency range 30MHz operation in this are used to finding in the atmospheric layer characteristics coherently Radar imaging technique I have generates In phase and quarter phase IQ data of the Each range bin and each height of the radar and it takes the visibility matrix of each height and each time of NFFT points how is it generates an image of each receiver visibility matrix are to be multiplied are not to the weighing vector
plese give me the solution of this work this RAW DATA are 5 channel receiver database papers of the following are their
thanks for information Dr. Oleg I. Berngardt
sir,
but in this are only particular region not in the layer of the ionospheric region of E layer echoes data are received in the 5 channel receiver header file data encrypted file is decrypted then generating in the waveforms of both IQ data but the antenna positions and baseline lengths are depending on the received vector of s(t) in the paper of RDplamer spherical coordinate system in our radar station is the not advanced in the ionospheric radar only for x and y-direction of the image generation cartesian coordinate system are used to find ing in the steering vector of the s(t) and direction vector of (W) and it find weight matrix of the antenna in the 5 channel data are their but resolution of the image are very low compare to our base paper in the after generating the IQ data processing the wave it generates image directly one file shows without Fast Fourier Transform, autocorrelation function, and capon algorithm image of the that layer are shown
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