Hello everybody.
I have a suggestion that if you connect the 2 in 1.
Ie connect vertualny Oculus Rift helmet with brain-computer interface (IMC).
A. A. FROLOV, V. Yu. ROSCHIN
Institute of Higher Nervous Activity and Neurophysiology
of the Russian Academy of Sciences, Moscow
E-mail:
aafrolov@mail.ru
BRAIN-COMPUTER INTERFACE. REALITY AND FUTURE
Abstract
The present paper is based on a review on literature data and own research on
implementation and application of Brain-Computer Interfaces (BCI). BCI is a
new way for interaction of a man with a machine based on directtransformation
of a man’s will, reflected in biosignals registered from the brain, into control
commands. The literature data and own preliminary investigations let suppose
that the following three paradigms can be considered as potentially good to
achieve reasonable level of informational performance:
(a) A noninvasive BCI, based on recognition of particular mental states,
induced by imaginary movement performance. Such BCI allows to operate
with a fixed set of discrete commands requiring very simple operator
training and have quite good informational performance.
(b) A noninvasive BCI for gradual multidimensional control. This type of
BCI, after training, allows natural controlling of an external technical
system as an own (virtual) execution organ, in contrast to control by a set
of discrete commands.
(c) An invasive BCI, based on bi-directional brain-computer data exchange
through the implanted electrodes, that allows to incorporate an external
technical system into internal neuronal scheme of the body in process of
training and, hence, to operate the external system as an own executable
organ.
The up to date implementations of BCI of the first type achieveinformational
performance of up to 35 bits per minute after training duringas low as 20 minutes.
Since the second type BCI requires longer training by biological feedback,
potentially they can have much higher performance (100 bitsper minute had
achieved), allowing at the same time to independently control several degrees of
freedom.
Below I will give a couple of sites that describe in detail brain-computer interface. But they Russkoya language, so most likely you will need to use an interpreter, which would further explore this type kamunikatsii:
http://brain.bio.msu.ru/bci_r.htm
http://neurolectures.narod.ru/2008/Frolov-2008.pdf
http://www.dislife.ru/flow/theme/12479/
http://trv-science.ru/2009/07/07/ovlade ... yat-minut/
And now a couple of sites with YouTube, so to speak significant factor:
http://www.youtube.com/watch?v=na-qyomedLI
http://www.youtube.com/watch?v=H1QJiESX ... =endscreen
http://www.youtube.com/watch?v=uhEDhAHq ... re=related
I see that the IMC system is not yet fully elaboration. But Imagine if they combine. Then in games in general are no longer needed will be, no joystick or keyboard and mouse, or something else. All actions will be carried out with the help of brain impulses.
I hope you like the idea that can turn the entire computer games industry and bring them to the next level.