There are lots of explanation like pseudo noise, linearities, long impulse responses, measurement, the excitation signal, the transfer function, signal, impulse response measurement, and measurements are described inside this paper. In the paper the reader can read things regarding measurement techniques, noise, white noise, frequency, response, impulse, reconstruction, time signal, and response measurement.
The paper tells the reader things such as measurement system, distortion, convolution, measurement signal, impulse responses, responses, the measured signal, equation, and time delay. Below are some excerpt from the paper:
Measurement of impulse responses is a common task in audio signal processing. Usual applications include measurement of speakers and measurement of room impulse responses. Typically PC hardware is used due to the ever decreasing prices for ever faster processors and the availability of high quality audio devices. When discussing impulse response measurement techniques, it therefore makes sense to assume a setup as depicted in ﬁgure 1. Inside the PC, a measurement signal x(n) is generated. This is converted to a continuous-time signal x(t ) and fed to the system ¯ ¯ under test with the (unknown) impulse response h(t ). The resulting output y(t ) is sampled to obtain y(n) which is used together with ¯ the known x(n) to determine the sampled impulse response h(n).
Furthermore, this paper explains discussion around measurement signals, time delay spectrometry, measurement noise, the measurement signal, response measurement techniques, impulse response, the impulse response, signal processing, and short impulse responses.