搜索资源列表
Correlation_Coefficient_1
- 相关系数法求解系统的脉冲响应函数Correlation coefficient method to solve the system of the impulse response function-Correlation coefficient method to solve the system of the impulse response function
impulse_rbe_test1
- 神经网络求解系统的脉冲响应函数Neural network to solve system impulse response function-Neural network to solve system impulse response function
Matlab-digital-filter
- 主要内容：利用冲击响应不变法设计数字低通滤波器；基于双线性Z变换法设计数字滤波器；基于巴特沃斯模拟滤波器设计高通滤波器；基于巴特沃斯模拟滤波器设计带通滤波器 4.5基于巴特沃斯模拟滤波器设计数字带阻滤波器 4.6利用双线性Z变换法设计一个带通椭圆滤波器 -Main elements: the use of the same impulse response digital low-pass filter design method bilinear Z-transform meth
LMS-algorithm-
- 自适应滤波器是一种参数可自适应调整的有限冲激响应(FIR)数字滤波器，具有非递归结构形式。介绍了自适应滤波器的基本原理，用LMS自适应算法来仿真，得到LMS算法在自适应滤波中的收敛特性。-Adaptive filter is an adaptive adjustment of parameters can be finite impulse response (FIR) digital filter, with a non-recursive structure. Describes the b
FIR_filters
- 用c写的fir滤波器，用在dsp中，Finite Impulse Response Filters using the TMS320C5416 DSK.-FIR filter written with c , used in the dsp in, Finite Impulse Response Filters using the TMS320C5416 DSK.
deconvolve
- deconvolution deconvolve.m Given a system impulse response h[n] and test response y[n], this algorithm deconvolves the test response with the impulse response to determine the input x[n] as X(jw) = Y(jw)/H(jw). Eliminate some noise
matlab-
- 脉冲响应不变法设计IIR巴特沃斯低通滤波器-Design of the same impulse response Butterworth IIR low-pass filter
VHD_IIR
- 基于VHDL的IIR数字滤波器（无限长冲激响应）-VHDL-based IIR digital filters (infinite impulse response)
task1
- M序列脉冲响应辨识，系统辨识，采用5级移位寄存器产生M序列作为输入信号，辨识该系统的脉冲响应-M-sequence impulse response identification, system identification, a 5-stage shift register generates M sequence as the input signal, identify the system impulse response
matlab-source
- 用于无限冲激响应的数字滤波器设计，此处所用的是双线性冲激响应法以及脉冲响应法设计的一段Matlab程序。-For an infinite impulse response digital filter design, where the impulse response using a bilinear method and the impulse response method designed a Matlab program.
chebyshev-imp
- 设计切比雪夫I型低通滤波器，本文件主要应用冲击响应不变法设计，为课堂上老师留的作业-Design Chebyshev type I low-pass filter impulse response of the main application of this document the same method designed for classroom teachers to stay on the job
3.4.1-FIR_Filter
- 利用CCS3.0，编程实现DSP6713的算法，其算法是有限冲激响应滤波器。-The use of CCS3.0, programming DSP6713 algorithm, the algorithm is a finite impulse response filter.
3.4.2-IIR_Filter
- 利用CCS3.0，编程实现DSP6713的算法，其算法是有限冲激响应滤波器。-The use of CCS3.0, programming DSP6713 algorithm, the algorithm is a Infinite impulse response filter.
ChannelImpulseResponseForCM3
- this program tests and plots channel impulse response for CM3 channel
CIRforCM4
- channel impulse response for CM4 testing code
Lab0501-FIR
- 用dsp实现有限冲激响应滤波器（FIR）算法。通带边缘频率10kHz，阻带边缘频率22kHz，阻带衰减75dB，采样频率50kHz-Dsp to achieve a finite impulse response filter (FIR) algorithm. Passband edge frequency of 10kHz, the stopband edge frequency of 22kHz, and stop-band attenuation of 75dB, sampling fre
Lab0502-IIR
- dsp实现无限冲激响应滤波器(IIR)算法，低通巴特沃斯滤波器在其通带边缘1kHz 处的增益为-3dB，12kHz 处的阻带衰减为30dB，采样频率25kHz-dsp Infinite Impulse Response Filter (IIR) algorithm, low-pass Butterworth filter gain in its passband edge at 1kHz-3dB 12kHz at the stop-band attenuation of 30dB, the sa
Lab0505-FIRLMS
- 用dsp实现自适应滤波器算法，自适应滤波是仅需对当前观察的数据作处理的滤波算法。它能自动调节本身冲激响应的特性，或者说自动调节数字滤波器的系数，以适应信号变化的特性，从而达到最佳滤波。由于自适应滤波不需要关于输入信号的先验知识，计算量小，特别适用于实时处理，近年来得到广泛应用，如用于脑电图和心电图测量、噪声抵消、扩频通信及数字电话等。-Dsp to achieve the adaptive filter algorithm, the adaptive filter is a filter tha
a-complex-Gaussian-process
- 此程序采用频域法产生一个复高斯过程. 其中，RayJakes.m采用频域方法产生具有Jakes功率谱的瑞利衰落过程 子程序Jakes_filter用于产生具有Jakes功率谱的FIR滤波器冲激响应 -This program uses a frequency domain method to produce a complex Gaussian process Among them, the RayJakes.m frequency domain method to generat
filter
- 无限冲激响应数字滤波器是现代数字信号处理的一个重要方法，在很多领域得到广泛的应用-Infinite Impulse Response digital filter is an important method of modern digital signal processing has been widely used in many fields