Survey on Brainwave Based Human Identification System - Keshri, Chandni
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Survey on Brainwave Based Human Identification System" explores the cutting-edge field of brainwave biometrics, delving into how unique patterns of brain activity can be harnessed for secure and reliable identity verification. This comprehensive book provides a thorough overview of EEG-based systems, detailing their various applications, technical challenges, and recent advancements in the field. It offers valuable insights into the potential of brainwave technology to revolutionize human identification, providing a glimpse into the future where brain-based systems could become a fundamental…mehr

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Produktbeschreibung
Survey on Brainwave Based Human Identification System" explores the cutting-edge field of brainwave biometrics, delving into how unique patterns of brain activity can be harnessed for secure and reliable identity verification. This comprehensive book provides a thorough overview of EEG-based systems, detailing their various applications, technical challenges, and recent advancements in the field. It offers valuable insights into the potential of brainwave technology to revolutionize human identification, providing a glimpse into the future where brain-based systems could become a fundamental component of personal security and digital interactions.Additionally, the book addresses the ethical considerations, privacy concerns, and technical innovations that come with this emerging technology. Whether you're seeking a deeper understanding of the science or looking for practical applications, "Survey on Brainwave Based Human Identification System" serves as an essential resource for those dedicated to advancing this fascinating domain.
Autorenporträt
Chandni Keshri is an enthusiastic researcher and pursuing her M.Tech in Computer science engineering. With a deep interest in cutting-edge technologies, she focuses on exploring innovative solutions in the field of brainwave biometrics. As a researcher, She continues to make meaningful contributions in the field of brainwave base systems.