The evoked potentials can be auditory, visual or somatosensory. Noise reduction is the first
step in most biomedical signal processing systems. The quality and accuracy of the rest of …

For the reduction of noise and extraction of the evoked potentials several methods have
been reported in the literature based on the average of signals, which try to counteract the …

The objective of this work is to evaluate different detrending methods in the quality of
auditory evoked responses. We compared the average responses obtained by simply …

The problem of selecting the best basis function for detecting peaks of the brainstem evoked
potentials, is analyzed. No new wavelet function is proposed; instead, the existing basis …

The objective of this work is to compare three adaptive algorithms used in a proposed noise
canceller with an enhanced reference signal, to improve the Evoked Potential (EP) …

The aim of this study is to assess the performance of additivity-based linear filtering
techniques into two groups in extracting of auditory evoked potentials (EPs) from a relatively …

We show a new method of BAEP (Brainstem Acoustic Evoked Potentials) signal processing,
which can considerably accelerate medical examination. With the standard method, 500 to …

In biosignal processing it is exceedingly difficult to detect evoked potentials in an objective
way. The main problem is that neither the biosignal nor the surrounding EEG fulfils any …

A feature extractor for determining the latency of peak V in brainstem auditory evoked
potentials (BAEPs) is presented in this paper. A feature extractor that combines artificial …

Estimating evoked potentials is a process of detecting a signal from an ensemble of sweep
measurements, each of which contains a sum of signal and noise. The signal is usually …