Simulation Algorithm of Adaptive Scheduling in Missile-Borne Phased Array Radar

摘要

In contrast to conventional radars, phased array radars have the capability to switch the direction of the radar beam very quickly without inertia. The measurements from phased array radar can contribute to many application fields such as data and intelligence process and radar performance evaluation. However, it often costs more than we can bear to obtain phased array radar measurements. It is necessary to model and simulate the phased array radar, especially for missile-borne phased array radar. This chapter lays a strong emphasis on the search and simulation technology of missile-borne phased array radar. According to operational theory of phased array radar, this chapter focuses on the functional modeling and simulation techniques. It contains three parts: beam arrangement of phased array radar in sin coordinate, parameter optimization of missile-borne phased array radar, and a function simulation model of missile-borne phased array radar.