Authors :
Mubarak Rashid; Abhishake Jain
Volume/Issue :
Volume 7 - 2022, Issue 9 - September
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3BF6Ene
DOI :
https://doi.org/10.5281/zenodo.7114890
Abstract :
In our daily life, we generally witness disabled
people travelling from one location to another on a
variety of tricycles and triwheeled vehicles. Nevertheless,
for those who suffer from ALS, cerebral palsy, or autism
(all related to brain development, causing problems in
locomotion, unable to move the muscles of body). For
them, using or operating standard cars designed for
disabled people is difficult, or perhaps better put,
impossible. We'll use BCI (brain-computer interface)
technology to make it simple for these people with
disabilities to operate vehicles. By using solely their
brain signals, BCI enables a person to communicate with
a machine (EEG-Electroencephalogram). By utilising a
brain-computer interface, we will improve how these
disadvantaged people engage with these electric vehicles
in this study. Through fictitious movement, this BCI
technology can enable impaired people to operate
electric automobiles.
Keywords :
Brain-Computer Interface; Electric Cars; EEG.
In our daily life, we generally witness disabled
people travelling from one location to another on a
variety of tricycles and triwheeled vehicles. Nevertheless,
for those who suffer from ALS, cerebral palsy, or autism
(all related to brain development, causing problems in
locomotion, unable to move the muscles of body). For
them, using or operating standard cars designed for
disabled people is difficult, or perhaps better put,
impossible. We'll use BCI (brain-computer interface)
technology to make it simple for these people with
disabilities to operate vehicles. By using solely their
brain signals, BCI enables a person to communicate with
a machine (EEG-Electroencephalogram). By utilising a
brain-computer interface, we will improve how these
disadvantaged people engage with these electric vehicles
in this study. Through fictitious movement, this BCI
technology can enable impaired people to operate
electric automobiles.
Keywords :
Brain-Computer Interface; Electric Cars; EEG.
