Signal-Processing Techniques for Simulated Wideband Monopulse Radar Data

Abstract : A computer simulation is presented of the signals received by a coherent, frequency-agile, two coordinated monopulse radar from an array of point reflectors. A Fortran program for analyzing these simulated signals is used to obtain down-range and cross-range locations of the reflectors. Inverse Synthetic Aperture Radar (ISAR) techniques also are used to obtain a radar-cross-section-density image of a two-dimensional array to reflectors. The effects of system phase and amplitude noise also are examined.