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Hs = spectrum.welch({WindowName,winparam}) returns a spectrum object, Hs with the specified window and associated parameter.

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Hs = spectrum.welch(...,OverlapPercent) returns a spectrum object, Hs with the specified percentage overlap between segments.

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Hs = spectrum.welch returns a default Welch spectrum object, Hs, that defines the parameters for Welch's averaged, modified periodogram spectral estimation method. The object uses these default values. Property Name Default Value Description WindowName 'Hamming',SamplingFlag: symmetric Window name string or 'User Defined' (see window for valid window names). If the window uses an optional property, it is set to the default value. {WindowName,winparam}Cell array containing WindowName and optional window parameter 'Hamming',SamplingFlag: symmetric Cell array containing the window name string or 'User Defined' and, if used for the particular window, an optional parameter value. (See window for valid window names and for more information on each window, refer to its reference page.)You can use set to change the value of the additional parameter or to define the MATLAB expression and parameters for a user-defined window. (See spectrum for information on using set.) SegmentLength 64 Segment length OverlapPercent 50% Percent overlap between segments FFTlength 'NextPow2' String defining how the number of FFT points is determined. The default is the next power of 2 that is greater than the input length. Other valid values are 'InputLength' and 'UserDefined'. InputLength uses the length of the input signal as the FFT length. UserDefined uses the value provided via the psd method or dspopts object. See dspopts for an example.

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Examples Define a cosine of 200 Hz, add noise and view its spectral content using the Welch algorithm. Fs=1000; t=0:1/Fs:.3; x=cos(2*pi*t*200)+randn(size(t)); Hs=spectrum.welch; psd(Hs,x,'Fs',Fs) See Also dspdata, dspopts, spectrum, spectrum.periodogram, spectrum.mtm, spectrum.burg, spectrum.cov, spectrum.mcov, spectrum.yulear, spectrum.eigenvector, spectrum.music   spectrum.periodogram spectrum.yulear  © 1994-2005 The MathWorks, Inc.

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Note    Window names must be enclosed in single quotes, such as spectrum.welch('chebyshev',32,50) or spectrum.music({'chebyshev',60},32,50)

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Syntax Hs = spectrum.welch Hs = spectrum.welch(WindowName) Hs = spectrum.welch({WindowName,winparam}) Hs = spectrum.welch(...,SegmentLength) Hs = spectrum.welch(...,OverlapPercent) Hs = spectrum.welch(...,FFTLength) Description Hs = spectrum.welch returns a default Welch spectrum object, Hs, that defines the parameters for Welch's averaged, modified periodogram spectral estimation method. The object uses these default values. Property Name Default Value Description WindowName 'Hamming',SamplingFlag: symmetric Window name string or 'User Defined' (see window for valid window names). If the window uses an optional property, it is set to the default value. {WindowName,winparam}Cell array containing WindowName and optional window parameter 'Hamming',SamplingFlag: symmetric Cell array containing the window name string or 'User Defined' and, if used for the particular window, an optional parameter value. (See window for valid window names and for more information on each window, refer to its reference page.)You can use set to change the value of the additional parameter or to define the MATLAB expression and parameters for a user-defined window. (See spectrum for information on using set.) SegmentLength 64 Segment length OverlapPercent 50% Percent overlap between segments FFTlength 'NextPow2' String defining how the number of FFT points is determined. The default is the next power of 2 that is greater than the input length. Other valid values are 'InputLength' and 'UserDefined'. InputLength uses the length of the input signal as the FFT length. UserDefined uses the value provided via the psd method or dspopts object. See dspopts for an example. Hs = spectrum.welch(WindowName) returns a spectrum object, Hs, using Welch's method with the specified window and the default values for all other parameters Note    Window names must be enclosed in single quotes, such as spectrum.welch('chebyshev',32,50) or spectrum.music({'chebyshev',60},32,50) Hs = spectrum.welch({WindowName,winparam}) returns a spectrum object, Hs with the specified window and associated parameter. Hs = spectrum.welch(...,SegmentLength) returns a spectrum object, Hs with the specified segment length. Hs = spectrum.welch(...,OverlapPercent) returns a spectrum object, Hs with the specified percentage overlap between segments. Hs = spectrum.welch(...,FFTLength) returns a spectrum object, Hs with the specified FFT length type. Note    See pwelch for more information on the Welch algorithm. Examples Define a cosine of 200 Hz, add noise and view its spectral content using the Welch algorithm. Fs=1000; t=0:1/Fs:.3; x=cos(2*pi*t*200)+randn(size(t)); Hs=spectrum.welch; psd(Hs,x,'Fs',Fs) See Also dspdata, dspopts, spectrum, spectrum.periodogram, spectrum.mtm, spectrum.burg, spectrum.cov, spectrum.mcov, spectrum.yulear, spectrum.eigenvector, spectrum.music   spectrum.periodogram spectrum.yulear  © 1994-2005 The MathWorks, Inc.

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Description Hs = spectrum.welch returns a default Welch spectrum object, Hs, that defines the parameters for Welch's averaged, modified periodogram spectral estimation method. The object uses these default values. Property Name Default Value Description WindowName 'Hamming',SamplingFlag: symmetric Window name string or 'User Defined' (see window for valid window names). If the window uses an optional property, it is set to the default value. {WindowName,winparam}Cell array containing WindowName and optional window parameter 'Hamming',SamplingFlag: symmetric Cell array containing the window name string or 'User Defined' and, if used for the particular window, an optional parameter value. (See window for valid window names and for more information on each window, refer to its reference page.)You can use set to change the value of the additional parameter or to define the MATLAB expression and parameters for a user-defined window. (See spectrum for information on using set.) SegmentLength 64 Segment length OverlapPercent 50% Percent overlap between segments FFTlength 'NextPow2' String defining how the number of FFT points is determined. The default is the next power of 2 that is greater than the input length. Other valid values are 'InputLength' and 'UserDefined'. InputLength uses the length of the input signal as the FFT length. UserDefined uses the value provided via the psd method or dspopts object. See dspopts for an example. Hs = spectrum.welch(WindowName) returns a spectrum object, Hs, using Welch's method with the specified window and the default values for all other parameters Note    Window names must be enclosed in single quotes, such as spectrum.welch('chebyshev',32,50) or spectrum.music({'chebyshev',60},32,50) Hs = spectrum.welch({WindowName,winparam}) returns a spectrum object, Hs with the specified window and associated parameter. Hs = spectrum.welch(...,SegmentLength) returns a spectrum object, Hs with the specified segment length. Hs = spectrum.welch(...,OverlapPercent) returns a spectrum object, Hs with the specified percentage overlap between segments. Hs = spectrum.welch(...,FFTLength) returns a spectrum object, Hs with the specified FFT length type. Note    See pwelch for more information on the Welch algorithm. Examples Define a cosine of 200 Hz, add noise and view its spectral content using the Welch algorithm. Fs=1000; t=0:1/Fs:.3; x=cos(2*pi*t*200)+randn(size(t)); Hs=spectrum.welch; psd(Hs,x,'Fs',Fs) See Also dspdata, dspopts, spectrum, spectrum.periodogram, spectrum.mtm, spectrum.burg, spectrum.cov, spectrum.mcov, spectrum.yulear, spectrum.eigenvector, spectrum.music   spectrum.periodogram spectrum.yulear  © 1994-2005 The MathWorks, Inc.

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See Also dspdata, dspopts, spectrum, spectrum.periodogram, spectrum.mtm, spectrum.burg, spectrum.cov, spectrum.mcov, spectrum.yulear, spectrum.eigenvector, spectrum.music   spectrum.periodogram spectrum.yulear  © 1994-2005 The MathWorks, Inc.

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Hs = spectrum.welch(WindowName) returns a spectrum object, Hs, using Welch's method with the specified window and the default values for all other parameters

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