ABSTRACT
This chapter considers the following problem—to design and construct a complex radar system based on the all-round surveillance radar with the uniform antenna rotation. It describes the gate cell as the gate volume element limited by sampling intervals on the radar range, azimuth, and tilt angle coordinates. The chapter discusses the signal processing algorithm of binary signals in two-dimensional gate, as an example. Detection and tracking of all targets in all-round surveillance radar coverage with accuracy that is sufficient to reproduce and estimate data of the air situation are carried out by the so-called rough channel of a global digital signal processing system covering the whole scanned area. The nontracking moving target indicator (MTI) is the microprocessor network for digital signal processing. Rational combination of analytical and simulation methods and procedures allows to solve the problem of the three-phase signal processing system analysis using the MTI system for any design and construction version.
