Abstract Background The Brain Computer Interfaces (BCI) are devices allowing direct
communication between the brain of a user and a machine. This technology can be used by …

Abstract Human–Machine Interfaces can be very useful to improve the quality of life of
physically impaired users. In this work, a non-invasive spontaneous Brain–Machine …

Rehabilitation techniques are evolving focused on improving their performance in terms of
duration and level of recovery. Current studies encourage the patient's involvement in their …

This paper presents a multimodal Human–Machine Interface system that combines an
Electrooculography Interface and a Brain–Machine Interface. This multimodal interface has …

In this paper, a non-invasive spontaneous Brain–Machine Interface (BMI) is used to control
the movement of a planar robot. To that end, two mental tasks are used to manage the visual …

Recent research has shown the benefits of using robotic devices to aid in stroke patient
rehabilitation. In addition, the use of brain computer interfaces is showing promising …

A Brain-Computer Interface (BCI) can be very useful to help people with several movement
disabilities to improve their independence or to assist them in rehabilitation tasks. In this …

In this work, a study that analyzes the best combinations of mental tasks in a Brain-Computer
Interface (BCI) using a classifier based on Support Vector Machine (SVM) is presented. To …

The central concern of this thesis is upon the processes by which human beings perceive
sound and experience emotions within a computer video gameplay context. The potential of …

The ability of walking brings us a great freedom in our daily life. However, there is a huge
number of people who have this ability diminished or are not even able to walk due to motor …