文件名称:plotImpulse
介绍说明－－下载内容均来自于网络，请自行研究使用
This function plots a Gaussian impulse response, unit impulse and the
convolution/deconvolution of both using MATLAB s filter . Specifically
it uses filter rather than deconv to do the deconvolution and thereby
returns the original Gaussian vector as well as the unit response vector.
Vector length is maintained at 16 in all cases, the length of the input
data vectors.
By specifying a string for a filename you can save your
plot to a jpeg file. You can either edit the variables g , h and t
to provide your data in row vector format or edit the given
inputData.mat file to suit your needs.
EX:
>> [a b c] = plotImpulses( afigure )-This function plots a Gaussian impulse response, unit impulse and the
convolution/deconvolution of both using MATLAB s filter . Specifically
it uses filter rather than deconv to do the deconvolution and thereby
returns the original Gaussian vector as well as the unit response vector.
Vector length is maintained at 16 in all cases, the length of the input
data vectors.
By specifying a string for a filename you can save your
plot to a jpeg file. You can either edit the variables g , h and t
to provide your data in row vector format or edit the given
inputData.mat file to suit your needs.
EX:
>> [a b c] = plotImpulses( afigure )
convolution/deconvolution of both using MATLAB s filter . Specifically
it uses filter rather than deconv to do the deconvolution and thereby
returns the original Gaussian vector as well as the unit response vector.
Vector length is maintained at 16 in all cases, the length of the input
data vectors.
By specifying a string for a filename you can save your
plot to a jpeg file. You can either edit the variables g , h and t
to provide your data in row vector format or edit the given
inputData.mat file to suit your needs.
EX:
>> [a b c] = plotImpulses( afigure )-This function plots a Gaussian impulse response, unit impulse and the
convolution/deconvolution of both using MATLAB s filter . Specifically
it uses filter rather than deconv to do the deconvolution and thereby
returns the original Gaussian vector as well as the unit response vector.
Vector length is maintained at 16 in all cases, the length of the input
data vectors.
By specifying a string for a filename you can save your
plot to a jpeg file. You can either edit the variables g , h and t
to provide your data in row vector format or edit the given
inputData.mat file to suit your needs.
EX:
>> [a b c] = plotImpulses( afigure )
(系统自动生成,下载前可以参看下载内容)
下载文件列表
plotImpulse\afigure.jpg
...........\inputData.mat
...........\plotImpulses.m
plotImpulse