The algorithm, a recursive algorithm, was based on an approximation of the unit impulse response matrices by linear time dependence after a certain time-step. 算法基于单位脉冲(UI)反应矩阵在某个时间步后的线性时间关系进行近似求解,即采用递归算法。
The unit impulse response, transmission function and equivalent noise bandwidth of the system are deduced; 导出了系统的单位冲激响应、传输函数和等效噪声带宽;
This paper, on the basis of the theory of unit impulse function, puts forward an unified theory and method to analyze the practical engineering signal and linear system which makes the research of this field more normalized and distinctive. 从单位冲激函数的理论内涵中,提出了实际工程信号与线性系统分析的统一理论和方法,这一观点对该领域的研究更加规范、明晰。
The system of unit step response model of the fuzzy PID controller and the system of unit impulse response of the fuzzy PID controller were established in MATLAB / Simulink environment. 在MATLAB/Simulink环境下,分别建立了单位阶跃响应的模糊PID控制器的系统模型和单位脉冲(UI)响应的模糊PID控制器的系统模型。
In this thesis, based on LPC analysis, a method for calculating the spectrum converted system unit impulse function is proposed. So the spectral envelope is converted efficiently. 本文基于LPC分析,提出用反傅里叶变换的方法来求解频谱搬移后的系统单位冲激响应,以此来实现频谱包络的变换,并取得了较好的效果。