Advances in cognitive neuroscience and brain-imaging technologies give us the
unprecedented ability to interface directly with brain activity. These technologies let us …

The promise of Brain-Computer Interfaces (BCI) technology is to augment human
capabilities by enabling interaction with computers through a conscious and spontaneous …

Motor imagery (MI) is a technique of imagining the performance of a motor task without
actually using the muscles. When employed in a brain–computer interface (BCI) supported …

Purpose: Noninvasive localization of certain brain functions may be mapped on a millimetre
level. However, the interelectrode spacing of common clinical brain surface electrodes still …

Brain–computer interfaces (BCIs) are systems that transform the brain's electrical activity into
commands to control a device. To create a BCI, it is necessary to establish the relationship …

Brain-computer interfaces (BCIs) have widely been used in medical applications, to facilitate
making selections. However, whether they are suitable for recreational applications is …

The LURCH project aims at the development of an autonomous wheelchair capable of
avoiding obstacles, selflocalize and explore indoor environments in a safe way. To meet …

The purpose of this chapter is twofold: on one hand, it aims at defining a clear framework for
the design and implementation of autonomous wheelchairs, highlighting the main …

This paper is aimed to introduce IDIAP Brain Computer Interface (IBCI) research that
successfully applied Ambience Intelligence (AmI) principles in designing intelligent brain …

Brain computer interface systems (BCI) translate the intentions of patients affected with
locked-in syndrome through the EEG signal characteristics, which are converted into …