The Principle Resolution of a Radar Monostatic and Realization in Cylindrical Array

Abstract

The scanning rate analysis affects the spatial - temporal signal structure, the generalized multivariate correlation function, and the resolution quality with the increasing pulse repetition frequency in conjunction with the target issue selection on a clutter context. The possibility of space - distance resolution of the object conditioned by the range - to - angle conversion with a higher scanning rate is substantiated. The calculations are presented at high scanning rate for the actual cylindrical array. The high scanning rate allowed for space-processing of time signals to receive the signal for noise improvement of the order of 10 dB.