The brain-computer-interfaces (BCI) can also be referred towards a mindmachine interface that provide non-muscular communication channel in between the computer device and human brain. To measure brain activity, electroencephalography (EEG) has been widely utilized applications of BCI to work system real-time. It analyzed identification probability performed with other methodologies do not opti...

2 Chronic stroke patients without residual movements of the paretic side do not respond to any available rehabilitation strategy. Recently BCI technology has been proposed for as a neurorehabilitation tool after stroke. It has been shown that learning of brain control (MEG-sensorimotor rhythm, SMR) in chronic stroke is possible but no substantial improvements in motor control and no generalizat...

the brain – computer interface (bci) provides a communicational channel between human and machine. most of these systems are based on brain activities. brain computer-interfacing is a methodology that provides a way for communication with the outside environment using the brain thoughts. the success of this methodology depends on the selection of methods to process the brain signals in each pha...

Research on non-invasive brain computer interfaces (BCI) has shown that electroencephalograhy (EEG) on-line signal extraction can be used for communication (spelling), computer game playing and for sensorassisted navigation. In this study we attempt to quantify reaching movement performance using EEG and gaze tracking signals. To achieve this the Berlin Brain Computer Interface has been linked ...

Human-Computer Interaction research for motor impaired people has led to design of various Brain Computer Interfaces (BCI) based on the analysis of electroencephalographic signals (EEG). In this paper we propose a flexible and modular BCI system to allow subjects to interact with a computer based on EEG classification in the ambiguity domain.

The brain – computer interface (BCI) provides a communicational channel between human and machine. Most of these systems are based on brain activities. Brain Computer-Interfacing is a methodology that provides a way for communication with the outside environment using the brain thoughts. The success of this methodology depends on the selection of methods to process the brain signals in each pha...

Human-computer interfaces (HCIs) have become ubiquitous. Interfaces such as keyboards and mouses are used daily while interacting with computing devices (Ebrahimi et al., 2003). There is a developing need, however, for HCIs that can be used in situations where these typical interfaces are not viable. Direct brain-computer interfaces (BCI) is a developing field that has been adding this new dime...

In this position paper we describe part of the Dutch BrainGain research project on Brain Computer Interfacing (BCI) and our planned research in this project. We focus on BCI research for healthy users. In the BrainGain project our task is to look at Human Factors aspects of BCI applications, to look at multimodal interactions that include BCI interactions, and to design games, game environments...

Brain-Computer Interfaces (BCIs) are communication systems, which enable users to send commands to computers by using brain activity only; this activity being generally measured by Electroencephalography (EEG). BCIs are generally designed according to a pattern recognition approach, i.e., by extracting features from EEG signals, and by using a classifier to identify the user’s mental state from...

Brain Computer Interfaces (BCIs) measure brain signals of brain activity intentionally and unintentionally induced by the user, and thus provide a promising communication channel that does not depend on the brain‟s normal output pathway consisting of peripheral nerves and muscles. Present-day Brain Computer Interfaces determine the intent of the user from a variety of different electrophysiolog...