LTI system theory 线性时不变系统理论
Causal LTI system 因果的线性时不变系统
Inverse LTI system 逆线性时不变系统
singular LTI system 广义LTI系统
Bandwidth of an LTI system 线性时不变系统的带宽
The improved state feedback algorithm can assign the poles of LTI system arbitrarily.
改进了状态反馈增益算法，可以任意配置线性定常能控系统的极点。
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。
In the theory of the system, the tools of Fourier analysis or Fourier transform enable us to analyze the response of a LTI system, such as a circuit, to such sinusoidal inputs.
在系统理论中，付里叶分析与付里叶变换的工具使我们能够对一个线性时不变系统在正弦激励下的响应进行分析，比如一个电路对正弦输入下的响应。
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