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IIR
- Design of infinite impulse response (IIR) digital filters.create an analog filter , impulse invariant filter,the design of the BZT filter ,Create and digitize analogue filter.
pade
- Pade算法，用于信号建模，输入为冲击函数，得到系统的冲击响应和传递函数。-Pade algorithm for signal modeling, input impulse function, the system impulse response and transfer function.
Saleh-Valenzuela-channel-model
- 通过matlab仿真了Saleh-Valenzuela 信道模型，仿真图有四个子图，（a）和（b）分别示出的分布的群集抵达时间和射线到达时间，（c）表示S-V信道的脉冲响应，（d）图显示了信道功率分配-Saleh-Valenzuela channel model by matlab simulation, simulation diagram there are four sub-chart, (a) and (b) respectively illustrated the distributi
linetiv
- 线性时不变系统的冲击响应求解及信道特性描述 幅度-Impulse response solution of linear time-invariant systems and channel characterization magnitude
IIR_FILTER
- 基于TMS320F28335的无限脉冲响应滤波器IIR-Filter的例程 编译器用的是CCS3.3-Based on TMS320F28335 infinite impulse response filter IIR-Filter routine compilers CCS3.3
shiyan064
- 用双线性变换法设计BW型或CB型的不同类型（低通、高通、带通）的数字滤波器求出系统的单位脉冲响应h(n)-Bilinear transform design BW or CB-type (low pass, high pass, band-pass) digital filter to find the system unit impulse response h (n)
IIR
- 利用matlab实现IIR滤波器的设计，其中包括Butterworth滤波器的设计、冲激响应法和双线性变换法-IIR filter design using matlab, including the design of the Butterworth filter impulse response method and the bilinear transform
IIRlvboqi
- IIR滤波器设计 一、 实验目的 1、 掌握冲激响应法和双线性变换法设计IIR滤波器的原理及具体设计方法，熟悉用双线性设计法设计低通、带通和高通IIR数字滤波器的计算机程序； 2、 熟悉模拟Butterworth滤波器和Chebyshev滤波器的设计，掌握冲激响应法和双线性变换法设计数字IIR滤波器的方法。 -IR filter design, the purpose of the experiment master IIR filter impulse response met
maichongxiangying
- 使用脉冲响应不变法实现巴特沃兹低通滤波器-Butterworth low-pass filter impulse response invariance
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)
assign_2_a
- We see that HTH matrix is almost diagonal as the off diagonal elements are nearly zero. So we are getting exact estimation in case of PRN INPUT due to diagonality of HTH matrix. As seen that the unknown inpulse response ( h ) and estimated impulse re
fig7_5b
- We see that HTH matrix is almost diagonal as the off diagonal elements are nearly zero. So we are getting exact estimation in case of PRN INPUT due to diagonality of HTH matrix. As seen that the unknown inpulse response ( h ) and estimated impulse re
fig7_34
- We see that HTH matrix is almost diagonal as the off diagonal elements are nearly zero. So we are getting exact estimation in case of PRN INPUT due to diagonality of HTH matrix. As seen that the unknown inpulse response ( h ) and estimated impulse re
mxulie
- M序列辨识单位脉冲响应的matlab实例-M-sequence identification unit impulse response
da_fir
- 基于FPGA分布式算法FIR滤波器verilog代码 （本人 小论文 代码，通过验证） 本文提出一种新的FIR滤波器FPGA实现方法。讨论了分布式算法原理，并提出了基于分布式算法FIR滤波器的实现方法。通过改进型分布式算法结构减少硬件资源消耗，用流水线技术提高运算速度，采用分割查找表方法减小存储规模，并在Matlab和Modelsim仿真平台得到验证。 为了节省FPGA逻辑资源、提高系统速度，设计中引入了分布式算法实现有限脉冲响应滤波器(F
ac
- 利用 MATLAB 实现窗函数法设计 FIR 滤波器，主要是选择合适的窗函 数进行截断运算 -Window function method using MATLAB to design FIR filter, main is to choose the appropriate letter for window blocking operations.First theoretically to approximate the unit i
GMSK
- GMSK实验，了解高斯滤波器矩形脉冲相应，相位路径，画眼图。-GMSK experiments to understand the the rectangular Gaussian filter impulse response, phase path, draw the eye diagram.
Multipath_impulse_response
- An Impulse response of a multipath fading channel and its frequency response are displayed
filt
- 利用双线性不变法和脉冲响应不变法设计模拟带通通滤波器方法-Bilinear invariant law and impulse response method with all analog filter design methods