This system supplies an environment for the design and debugging of the applications and it gives a testing capability for the function and capability test of radar software, so that it promotes quanlity of airborne radar software.

Analysis of combat operation environments of airborne fire control radar

This paper introduced the antenna pedestal structure design of airborne fire control radar,including optimizing of main parameters,decreasing weight design,balance design,modeling,motion interference analysis, etc.

A new target-tracking algorithm was proposed for airborne fire control radar operating with high pulse repetition frequency(HPRF) in frequency-modulated ranging(FMR) mode.

Detection of ground slowly moving target through airborne fire-control radar;

A transponder applied to most of airborne fire-control radar test has successfully simulated the moving target of airborne radar.

In this paper, the method of airborne fire control software development and management is discussed.

This paper describes a time slot sequence design for airborne phased-array fire-control radar air-to-air mode.

The simulation results indicate that reasonable configuring reconnaissance receiver,improving SNR,and decreasing the signal density of interior can improve the reliability of intercepting airborne phased-array fire-control radar so as to make preparations for efficient jamming.