Brain-computer interface (BCI) is a novel human-computer interaction model, which does
not depend on the conventional output pathway (peripheral nerve and muscle tissue). In the …

In this paper we present further results of our asynchronous and non-invasive BMI for the
continuous control of an intelligent wheelchair. Three subjects participated in two …

The design of brain‐computer interface for the wheelchair for physically disabled people is
presented. The design of the proposed system is based on receiving, processing, and …

This paper presents a simple self-paced motor imagery based brain-computer interface
(BCI) to control a robotic wheelchair. An innovative control protocol is proposed to enable a …

This work presents that, only using non-invasively captured brain signals, a person can
navigate an electric wheelchair with no serious training for a long term. Only two electrodes …

In this paper, an asynchronous brain–computer interface is presented that enables the
control of a wheelchair in virtual environments using only one motor imagery task. The …

Abstract A Brain-Computer Interface (BCI) application focused on the control of a wheelchair
must consider the danger which a wrong command would involve in a real situation. Virtual …

This paper presents a brain based control of the wheelchair for physically impaired users.
The design of the system is focused on receiving electroencephalographic (EEG) signals …

Humans are still protagonists in logistics. Amongst automated guided vehicles (AGV) which
induce relief to workers by minimizing monotonous and physically demanding tasks, the …

A Brain-Computer Interface (BCI) can help disabled people to control an electric wheelchair
in an indoor environment. However, using the BCI requires a continuously concentrated …