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 …

Techniques for recording evoked potentials (EPs) have reached an advanced state and, in
many places, these techniques are successfully performed. Special purpose computers …

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 …

Single Visual evoked potentials (VEP) are characterized by very low amplitudes and
completely buried in noise. For this reason, powerful extraction tools are needed to improve …

Evoked potentials are usually evaluated subjectively, by visual inspection, and considerable
differences between interpretations can occur. Objective, automated methods are normally …

In this article, we review some of the most common paradigms to elicit evoked potentials and
describe basic and more advanced methods of analysis with special emphasis on the …

Visual Evoked Potentials (VEPs) have been used in the clinical environment as a diagnostic
tool for many decades. Stochastic analysis of experimental recordings of VEPs may yield …

On The Detection Of Steady-state Visually Evoked Potentials - Engineering in Medicine and
Biology Society, 1996. Bridging Discip Page 1 18th Annual International Conference of the …

Optimal use of evoked potentials (EP) for clinical studies requires a good understanding of
its generator sources. Numerous methodologies, many of them interrelated and all with …

Three separate topics are covered in this review. The first deals with the technique of signal
averaging. The concept of ensemble averaging is explored, and alternatives to this …