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Hankel.rar
- 根据脉冲序列，使用Hankel矩阵法求系统脉冲响应传递函数,According to pulse sequence, the use of Hankel matrix method for system impulse response transfer function
Pulse
- 根据脉冲序列，使用s域z域之间的转换，求系统的脉冲响应传递函数-According to pulse sequence, the use of s-domain conversion between z-domain, and the system impulse response transfer function
control
- 压缩包里面包含三个程序，分别是Nyquist图和bode图仿真，已知传递函数，求脉冲和阶跃响应，另一个自己研究一下就可以知道的-Compressed packet which contains three procedures, namely Nyquist diagram and bode diagram simulation, known transfer function, and impulse and step response, and the other to look at th
lvboqisheji
- 设计一个IIR数字低通滤波器， 逼近一组模拟滤波器的指标参数（通带截止频率Wp=2*pi*2000rad/s,阻带边界频率Ws=2*pi*3000rad/s,通带波纹 Rp=3db, 阻带衰减Rs=15db, 采样频率f=10000Hz）； 分别用脉冲响应不变法和双线性变换法实现设计，列出传递函数并描绘模拟和数字滤波器的幅频和相频响应曲线。用上述设计滤波器完成几组给定信号的滤波，证明滤波器的有效性和滤波范围限制.-Design a IIR digital low-pass filter, app
SystemIdentification
- 系统辨识实验解答，利用相关分析法辨识脉冲响应，包括题目、M文件程序以及完整的实验报告。-System identification experiments to answer, using correlation analysis, identification of impulse response, including the subject, M documentation procedures, and complete lab report.
hankel
- 采用相关分析法辨识系统的脉冲响应，并用Hankel矩阵法从估计的脉冲响应值估计系统的传递函数。-matlab hankel
xiangguanfabianshi
- 利用M序列作输入估计脉冲响应值，完成对连续和离散系统传递函数参数的辨识-Use of M sequence as the input impulse response estimated value to complete the continuous and discrete transfer function parameter identification
chafenfa
- 在MATLAB中用差分方程法求给定脉冲响应的传递函数-Transfer function of the differential equation method in MATLAB with the demand for a given pulse response
daobai
- 该仿真程序以倒立摆数学模型为例，用于求系统传递函数、传递函数的极点以及开环脉冲响应。-The simulation program pendulum mathematical model, for example, is used the demand system transfer function, the transfer function poles as well as the open-loop impulse response.
a
- C语言实现下面的功能：过程的输入驱动采用M序列，即u(k)是一个M序列。过程传递函数G(s)中K=120，T1=8.3Sec，T2=6.2Sec。过程的脉冲响应理论值g(k)满足。根据过程的输入输出数据u(k)和z(k)，利用相关分析算法估计出过程的脉冲响应值g2(k)。-Process input is driven by the M sequence, i.e., u (k) is an M sequence. Process transfer function G (s) K = 120,
exp1
- matlab程序实现下面的功能：过程的输入驱动采用M序列，即u(k)是一个M序列。过程传递函数G(s)中K=120，T1=8.3Sec，T2=6.2Sec。过程的脉冲响应理论值g(k)满足。根据过程的输入输出数据u(k)和z(k)，利用相关分析算法估计出过程的脉冲响应值g2(k)，并且有。-Process input is driven by the M sequence, i.e., u (k) is an M sequence. Process transfer function G (s)
pulse
- 一个相关辨识的例子，包括相关函数的计算及脉冲响应的辨识，采用经典法，以便于后续计算传递函数。-an example of correlation identification method
4
- ex4_2 用MATLAB作巴特沃斯低通滤波器设计 ex4_3 用MATLAB作切比雪夫-1型低通滤波器设计 ex4_4 切比雪夫-2型低通滤波器设计 ex4_5 椭圆型低通滤波器设计 ex4_6 传递函数的模拟滤波器数字化 ex4_7 脉冲不变法简单实例 ex4_8 脉冲不变法巴特沃思低通滤波器设计 ex4_9 脉冲不变法变换切比雪夫Ⅰ型低通滤波器设计 ex4_10 脉冲不变法变换切比雪夫Ⅱ型低通滤波器设计 ex4_11 脉冲响应不变法椭圆低通滤波器设计
maichongxiangyingfa
- 系统辨识作业，输入信号为M序列，利用互相关函数及脉冲响应法求出系统的传递函数。-Identification of the operating system, the input signal for the M series, the transfer function of the system is obtained using cross-correlation function and impulse response method.
impulse
- 采用经典辨识——脉冲响应辨识系统的传递函数，文件以函数形式编写主要有3个参数：采样频率、系统阶次、噪声幅值(推荐参数分别为0.1、3、0.1)-Classical identificationThe—— pulse response identification to identify transfer function of the system. The file was written in function form mainly with 3 parameters: the sampl