Event-related potentials (ERPs) represent the brain's neural response to specific sensory,
motor, and cognitive events. ERPs are computed by recording the electroencephalogram …

Ever since Berger (1929) demonstrated that it is possible to record the electrical activity of
the brain by placing electrodes on the surface of the scalp, there has been considerable …

Event-related potentials (ERP) are small perturbations of the spontaneous electrical activity
of the brain time-locked to a defineable event such as the onset of a stimulus or the initiation …

Event-related potentials (ERPs) provide the principal real-time index of neural processes
involved in the sensorimotor and cognitive operations of the human brain. The value of …

As information is processed within the neural networks of the human brain, the electrical
activity arising from millions of participating neurons is summed to form field potentials that …

This chapter focuses on the electroencephalogram (EEG) and event-related potentials
(ERPs), two of the most commonly used non-invasive measures of human brain activity. Our …

Event-related potentials (ERPs) are recordings of the electric field which the brain produces
in fixed time-relation to an event. ERPs open a time and space window onto covert steps of …

Recent approaches to research in the neurosciences and cognitive psychology have led to
the refinement of chronometric studies of human information processing. An important …

Abstract focus on the methodology of ERP [event-related potential] research and on the
problem of isolating ERP components/begin by considering how an ERP signal is obtained …

This review is aimed at exploring the usefulness of measuring event-related potential (ERP)
in cognitive tests and discusses several applications of the ERP technique. Analysis of ERP …