CAJ | 학술논문

以半捷联稳定平台技术研究为背景,分析了快速准确获得导引头角速度的重要性,介绍了跟踪微分算法的工作原理,通过数学仿真和导引头平台实验,将经典微分算法、跟踪微分算法的输出信号相比较,并将跟踪微分器输出信号与速率陀螺输出信号进行对比.结果表明,跟踪微分算法具有良好的微分和抗干扰能力,可行性较强.
이반첩련은정평태기술연구위배경,분석료쾌속준학획득도인두각속도적중요성,개소료근종미분산법적공작원리,통과수학방진화도인두평태실험,장경전미분산법、근종미분산법적수출신호상비교,병장근종미분기수출신호여속솔타라수출신호진행대비.결과표명,근종미분산법구유량호적미분화항간우능력,가행성교강.
The importance of quick and correct acquisition of seeker's angular velocity was analyzed with the background of half-strapdown platform stability technology.The theory of tracking differentiator algorithm was introduced.By mathematic stimulation and comparing with the signal generated by gyroscope,it is proved that tracking differentiator is feasible and capable of differing,and of high anti-jamming performance.