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An optimal radar transmitter and receiver architecture is proposed for increasing the available degrees of freedom for beamforming optimization by exploiting the capability to transmit linearly independent waveforms from each element of a phased array radar. This effectively encodes clutter returns with a spatial signature which enhances clutter-rejection performance in a combined space/fast-time...
In the direct data domain (D3) approach to space-time adaptive processing, the data corresponding to each range cell is processed individually for interrogating the presence of a target. The technique assumes no statistical properties for the data or clutter. This paper is intended to enhance the use of data domain approaches by introducing the pre-Doppler concept which allows the maximum potential...
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