To improve the simulation precision and speed of LTI system, the highly precise simulation algorithm of LTI system based on Discrete Cosine Transform(DCT) is proposed.
为了提高线性定常系统的仿真精度和速度，提出了基于快速DCT的线性定常系统高精度仿真算法。
The test for compensating of the sight line error for missile radome has been done by the semi-real simulation system, which shows the highly precise compensation for missile homing.
利用射频仿真系统对该补偿系统进行动态实物联试，试验表明该补偿系统达到了很高的补偿精度。
The simulation results show that the algorithm can be achieved better control results and fast, stable and precise suspension, which is a highly adaptive control strategy.
仿真结果表明，能取得较好的控制效果，可以实现快速、稳定、精确悬浮，是适应性很强的控制策略。
The simulation results show that the algorithm can be achieved better control results and fast, stable and precise suspension, which is a highly adaptive control strategy.
仿真结果表明，能取得较好的控制效果，可以实现快速、稳定、精确悬浮，是适应性很强的控制策略。
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