搜索资源列表
chap03
- ex3_2 求系统的阶跃响应 ex3_3 级联型系统结构的参数求解 ex3_4 并联型系统结构的参数求解 ex3_5 求系统频率抽样型结构 ex3_6 全零点性滤波器Lattic结构 ex3_7 全极点性滤波器Lattic结构 ex3_8 零极点性滤波器Lattic结构 -ex3_2 order system step response ex3_3 cascade system structure parameters ex3_4 parallel systems t
signal_processing
- 一些数字信号处理课程的小程序，包括零极点，傅里叶变换等-Some digital signal processing courses of small procedures, including zeros and poles, such as Fourier transform
chap01
- ex1_1 单位冲激序列 ex1_2 右移20的单位冲激序列 ex1_3 单位阶跃序列 ex1_4 实指数序列 ex1_5 复指数序列 ex1_6 随机序列 ex1_7 系统冲激响应（impz函数） ex1_8 系统传递函数（freqz函数） ex1_9 零极点增益 ex1_10 residuez函数应用 ex1_11 Lattice结构全极点IIR系统 ex1_12 Lattice结构全零点FIR系统 ex1_13 Lattice结构零极点结构-
zplaneplot
- plots the zeros Z and poles P with the unit circle for reference.
laboratory
- a program that graphs the Zeros and Poles of a transfer function.-a program that graphs the Zeros and Poles of a transfer function.
Euler
- Euler方法 用C语言实现，并求解常微分方程组-The m framework appropriately generalizes notions such as gain margin, phase margin, disturbance attenuation, tracking, and noise rejection into a common framework suitable for analysis and design, in both single-loop and
ARX+ARMAX
- Here,we want to estimate a system with ARX and ARMAX. the euation of system is : 2(s+1)/s^2+2s+2 so first, we find the discrete equation that sampling frequency is 100ms. Here,in our sample,na=nb=2,nc=1 also ,this algorithm find the poles and
polesandzeros
- Poles and zeros for a low pass filter
IIR_cheb1ap
- 本代码设计的切比雪夫1型滤波器，与MATLAB中的切比雪夫滤波器不同的是输出为未归一化的零极点，输入只要是通带频率，通带波动，截止频率，阻带衰减即可，更便于抄做-The code design of Chebyshev Type 1 filter, and MATLAB in the Chebyshev filter output is not different is that the poles and zeros of the normalized input as long as the
PoleZero.pdf
- A nice document on Understanding Poles and Zeros - Control Systems
pade
- function [a,b] = pade(x,p,q) PADE Model a signal using the Pade approximation method ---- Usage: [a,b] = pade(x,p,q) The input sequence x is modeled as the unit sample response of a filter having a system function of the form
shanks
- function [a,b,err] = shanks(x,p,q) SHANKS Model a signal using Shanks method ---- Usage: [a,b,err] = shanks(x,p,q) The sequence x is modeled as the unit sample response of a filter having a system function of the form H(z)
chap5_01_PPC
- 系统辨识和自适应控制中极点配置控制(PPC)-Poles and zeros allocation in system identification
Signal-and-System-Processing
- 信号与系统期末大作业。关于信号处理、零极点、时序频域分析。包含完整源程序源代码以及详细的实验报告。-Signals and systems ending job. Signal processing, poles and zeros, timing, frequency domain analysis. Contains the complete source code source code as well as a detailed lab report.
details
- 求系统 的零、极点和幅度频率响应。-Find the system poles and zeros and amplitude frequency response.
SmithMacMilan
- MIMO control - Minimal state for Poles and zeros using Smith MacMilan
shiyufenxi
- 连续时间信号与系统的复频域分析，包含拉普拉斯变换；求解传递函数零点、极点；时域响应等。-Complex frequency domain continuous-time signals and systems analysis, including Laplace transform solving transfer function zeros, poles such as time-domain response.
Codes
- Codes in Root Locus Matlab(Plotting zeros and poles of z-transform)
linear-phase-IIR
- Passband-linear-phase IIR EQ design with poles and zeros
tardu
- code for zeros and poles