Overview

The Definitive Foundation for EEG System Design and Application Electroencephalography (EEG) is one of the most established and versatile technologies for probing human brain activity. From clinical diagnostics to experimental neuroscience and emerging brain-computer interfaces, EEG continues to expand its role across medicine, engineering, and cognitive science. Foundations of Modern EEG Engineering provides a rigorous, structured treatment of EEG system design, combining biomedical insight with the principles of electrical and computer engineering. Topics span the fundamentals of neurophysiology, electrode and amplifier design, signal acquisition and noise suppression, and the core methods of EEG analysis, including event-related potentials, spectral techniques, and time-frequency representations. Key areas of focus include: Neural signal generation and brain rhythms Electrode technology, amplifiers, and system hardware Artifact rejection, filtering, and noise reduction strategies Core methods of analysis: ERPs, spectral power, and time-frequency dynamics Ethical, regulatory, and clinical considerations in EEG research and practice Designed for advanced undergraduates, graduate students, and professionals in biomedical engineering, neuroscience, and cognitive science, this volume balances theoretical depth with practical engineering considerations. It serves equally as a teaching text and as a reference for researchers and practitioners who require a clear, authoritative foundation in EEG technology.

Full Product Details

9798266256507

Table of Contents

Reviews

Author Information

Tab Content 6

Countries Available