Suppose that the measuring system is a linear and time invariant SISO system, the digital compensation filter in the form of infinite impulse response is in series with it.
滤波器采用无限冲激响应滤波器的形式，并以系统辨识的方法直接在时域进行设计。
Basing on traditional operator theory, operator madel for a circuit is established, and a new method for the solution of response of linear time invariance system is introduced.
在传统的算子理论基础上，建立了电路的算子模型，提出了求解线性非时变系统全响应的一种新方法。
Using the step response behavior of inertia process and the superposition theorem of linear system, this paper puts forward a fuzzy predictive model of dead-time processes.
利用惯性过程的阶跃响应特性和线性系统中的叠加原理，提出了纯滞后过程的模糊预估模型。
By this method, for a real excitation discrete signal or a simulating signal, the response time series of a non-linear system can be easily obtained based on the Z-transform technique.
通过这种方法能比较容易地获得非线性系统对于实激励离散信号或模拟信号的响应时间序列。
The 8 essential blocks of the linear control system are introduced, and then give the fun ct ion block of their time response.
介绍了线性控制系统的8个典型环节，给出了这些典型环节的时间响应功能块。
With the aid of discrete Du's Transformation, we can solve the zero-state response of a discrete-time system usually described by a linear difference equation.
利用离散杜氏变换，给出线性离散系统零状态响应计算式，并可用以解线性差分方程；
The response of a time-invariant linear system subjected to mono-source random excitations also retains this feature.
在同源激励作用下，常多数线性系统的响应仍保持激励的上述特点，充分利用这一特点可以节约计算工作量。
The response of a time-invariant linear system subjected to mono-source random excitations also retains this feature.
在同源激励作用下，常多数线性系统的响应仍保持激励的上述特点，充分利用这一特点可以节约计算工作量。
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