Sparse Array Configurations Yielding Uniform Mtfs In Reciprocal Path Imaging Applications
Abbreviated Journal Title
DOUBLE PASSAGE; BACKSCATTERING ENHANCEMENT; RANDOM SCREEN; PHASE SCREEN; POLARIZATION; PARTICLES; Optics
A method is presented for constructing both one-dimensional and two-dimensional configurations of sparse subaperture arrays which result in uniform spatial frequency response with arbitrarily high spatial resolution for reciprocal path imaging applications (i.e., imaging laser radar applications).
"Sparse Array Configurations Yielding Uniform Mtfs In Reciprocal Path Imaging Applications" (1994). Faculty Bibliography 1990s. 1059.