The Transfer Function Measurement Toolkit is a simple, convenient, and free open-source solution for measuring impulse responses, magnitude spectra, and phase spectra of single-input, single-output (SISO) linear systems. Two measurement methods are explained and demon-strated. The Golay code measurement technique is particularly robust to additive white noise, while the swept sine measurement technique is robust to a weakly nonlinear motor exciting the linear system being measured. The toolbox source code is kept to a minimal length to facilitate further modification by others. h(n) s(n) r(n
For high precision motion systems, modeling and control design specifically oriented at friction eff...
For high precision motion systems, modelling and control design specifically oriented at friction ef...
For high precision motion systems, modeling and control design specifically oriented at friction eff...
Recently, due to advances in computers and data aquisition systems, the following type of measuremen...
Recently, due to advances in computers and data aquisi-tion systems, the following type of measureme...
Combines linear and nonlinear measurements Measures linear transfer function and harmonic distortio...
A MATLAB toolbox to perform multichannel audio measurements for the estimation of impulse responses ...
The aim of this article is to give a tutorial overview of frequency response function (FRF) or impul...
The aim of this article is to give a tutorial overview of frequency response function (FRF) or impul...
The aim of this article is to give a tutorial overview of frequency response function (FRF) or impul...
The purpose of this study is to characterize the measurement errors in impulse response measurement ...
“An approach using a high speed special purpose digital computer to identify the transfer function o...
Impulse response measurements have been employed for assessing acoustical properties of rooms since ...
This work deals with methods of measuring characteristics of linear and nonlinear systems. The appli...
The measurement of frequency characteristics, like magnitude and phase, related to a specific transf...
For high precision motion systems, modeling and control design specifically oriented at friction eff...
For high precision motion systems, modelling and control design specifically oriented at friction ef...
For high precision motion systems, modeling and control design specifically oriented at friction eff...
Recently, due to advances in computers and data aquisition systems, the following type of measuremen...
Recently, due to advances in computers and data aquisi-tion systems, the following type of measureme...
Combines linear and nonlinear measurements Measures linear transfer function and harmonic distortio...
A MATLAB toolbox to perform multichannel audio measurements for the estimation of impulse responses ...
The aim of this article is to give a tutorial overview of frequency response function (FRF) or impul...
The aim of this article is to give a tutorial overview of frequency response function (FRF) or impul...
The aim of this article is to give a tutorial overview of frequency response function (FRF) or impul...
The purpose of this study is to characterize the measurement errors in impulse response measurement ...
“An approach using a high speed special purpose digital computer to identify the transfer function o...
Impulse response measurements have been employed for assessing acoustical properties of rooms since ...
This work deals with methods of measuring characteristics of linear and nonlinear systems. The appli...
The measurement of frequency characteristics, like magnitude and phase, related to a specific transf...
For high precision motion systems, modeling and control design specifically oriented at friction eff...
For high precision motion systems, modelling and control design specifically oriented at friction ef...
For high precision motion systems, modeling and control design specifically oriented at friction eff...