炮位侦察校射雷达TAS与TWS并行运行算法

An Algorithm Featuring Parallel TAS and TWS Operation for Weapon Locating Radar

本文针对炮位侦察校射雷达在以TAS方式运行时,受作战区域内非弹丸类运动目标的影响,无端地浪费了系统时间资源,从而导致搜索数据率的下降,甚至无法完成作战任务的问题。提出了将TWS嵌入TAS中,使TAS与TWS有机结合,并行运行于一部炮位侦察校射雷达中的算法,使两种方式各自发挥其优点,解决了非弹丸类运动目标导致搜索数据率下降的问题。该算法已应用于某型炮位侦察校射雷达,通过实际作战场景的验证,雷达搜索数据率稳定维持,达到了预期效果。

When a weapon locating radar operates in the TAS mode,it may be affected by non-projectile moving targets in the combat area,resulting in waste of system time resource,which in turn decreases the search data rate and even causes the radar to be not able to complete the combat mission.This paper proposes an algorithm that embeds TWS into TAS for weapon locating radar.With the proposed algorithm,the TWS and TAS modes function in parallel,so that the advantages of both modes are exploited and the low search data rate problem caused by non-projectile moving targets is solved.The proposed algorithm has been applied to a weapon locating radar.The results of a test performed in an actual combat scene show that the radar search data rate is stable and the expected performance is achieved.