论文信息 - Waveform design for distributed aperture using Gram-Schmidt orthogonalization

Waveform design for distributed aperture using Gram-Schmidt orthogonalization

In this work, we consider a distributed aperture radar system and present a method for clutter rejecting waveforms and reflectivity function reconstruction. This work generalizes the monostatic radar waveform design method for range-doppler imaging, developed in [1], [2] to distributed aperture radar systems. The designed waveforms also lead to a filtered backprojection type reconstruction of the reflectivity function which can be efficiently implemented in a parallel fashion.

M. Cheney | T. Varslot | B. Yazici | C.E. Yarman

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