There are many applications of radar imaging and
radar vision. Such systems can be used for intrusion detection,
concealed weapons detection, monitoring of various constructions
etc. 3D radar images can give detailed and precise information
about spatial distribution of scatterers. Such images can be
generated using SAR principle. Conventional SAR uses one
dimension synthetic aperture which gives angular resolution in
the plane of synthetic aperture. Realization of 2D synthetic
aperture enables obtaining 2D angular resolution which in
combination with pulse compression gives 3D images. Currently,
3D SAR imaging is being investigated intensively. One of
promising variations of SAR is noise SAR which shares such
attractive properties of noise signals as covertness,
electromagnetic compatibility, and possibility of sharing one
band by several systems. We present results of modeling of noise
waveform radar with 1D and 2D aperture synthesis having
various configurations of planar 2D synthetic aperture and
results of experiments aimed on SAR imaging with continuous
noise waveform and 2D synthetic aperture carried out in S-band.