Automation by Brain Sense Through Eeg Waves

Brain Networks Responsible for Sense of Agency: An EEG Study

BACKGROUND Self-agency (SA) is a person's feeling that his action was generated by himself. The neural substrates of SA have been investigated in many neuroimaging studies, but the functional connectivity of identified regions has rarely been investigated. The goal of this study is to investigate the neural network related to SA. METHODS SA of hand movements was modulated with virtual reality...

How Brain Waves Help Us Make Sense of Speech

Understanding a sentence that someone else utters may seem effortless to you, but it’s actually a complex process because you have to parse that sentence into many parts to understand what it means. Speech consists of a hierarchy of components that each takes place on a different timescale. Speech cues such as intonation occur on a relatively long timescale, unfolding over hundreds of milliseco...

Direct brain-computer communication through EEG signals

Automatic systems capable of understanding different facets of human communication will be at the heart of human-computer interfaces (HCI) in the near future. An HCI which is built on the guiding principle: "think and make it happen without any physical effort" is called a brain-computer interface (BCI). Indeed, the "think" part of this principle involves the human brain, "make it happen" impli...

A useful electroencephalography (EEG) marker of brain plasticity: delta waves

Eeg , Alpha Waves and Coherence

This thesis addresses some theoretical issues generated by the results of recent analysis of EEG time series proving the brain dynamics are driven by abrupt changes making them depart from the ordinary Poisson condition. These changes are renewal, unpredictable and non-ergodic. We refer to them as crucial events. How is it possible that this form of randomness be compatible with the generation ...