Examples of using Brain-computer in English and their translations into Ukrainian
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Fascinating devices using the brain-computer interface!
In addition, any brain-computer interface can act as a lie detector.
DARPA is funding six developers brain-computer interface.
Brain-computer interface(BCI) technology isn't totally new.
Brain-machine(BMI) and brain-computer(BCI) interfaces are no exception.
The 6G era, for example,can offer a new perspective in terms of brain-computer interface.
These brain-computer interfaces today only exist in science fiction.
The 6G era could, for example,offer new perspectives in terms of brain-computer interfaces.
These types of brain-computer interfaces exist today only in science fiction.
Modern technology is primitive when compared with images of brain-computer interfaces in sci-Fi movies like the Matrix.
In brain-computer interface simulations, each participant enters from outside, directly connecting their brain to the simulation computer.
In March, Elon Musk announced the ambitious project to merge humans andmachines with the help of brain-computer interface called Neuralink.
Neurable is developing brain-computer interfaces that allow people to control software and devices using only their brain activity.
Future applications for this project could lead to somevery exciting breakthroughs in machine learning and brain-computer interfaces like Elon Musk's Neural Lace and Bryan Johnson's Kernel.
Brain-computer interfaces will also help to fill the gaps in the machine learning algorithms at the expense of people, for example, when making contextual decisions.
Similarly, the people who will play a"useful" role in brain-computer interfaces are getting less and less involved in this chain, because the technology will improve.
In the past, brain-computer interfaces showed very high control precision robotic objects, but for this purpose special implants that have violales in the human brain and track the desired signals.
For example, we knowthat the company's ultimate goal is to develop a device(a brain-computer interface, to be exact) that could be implanted into the brain in order to augment(see: improve) human intelligence.
Using non-invasive brain-computer interface(BCI), scientists have created the world's first robotic arm that is controlled by the human brain and have the ability to follow the direction of the mouse cursor on the computer screen.
Each participant, after minimal training,mastered the technique sufficiently to outperform the results of any previous test of brain-computer interfaces, or BCIs, for enhancing communication by people with similarly impaired movement.
Neurable is presently creating a brain-computer interface that would allow the people to manage software as well as devices by using only their brain activity.
A thought recording and reproduction device refers to any machine which is able to both directly record andreproduce, via a brain-computer interface, the thoughts, emotions, dreams or other neural/cognitive events of a subject for that or other subjects to experience.
The problem is that the use of non-invasive brain-computer interfaces that collect information on the brain signals via external electrodes, and not through implanted brain chips, accompanied by the transfer of signals along the brain amount of“noise” which reduces the control accuracy.
He also talks about how technologies like nanobots and brain-computer interfaces will affect our bodies and lead to a future in which our brains and we will be fully mechanized.
To some extent we can see the trust issues in brain-computer interfaces, if we look at how the defense forces around the world are trying to solve the issue of people's confidence in the machines on a mixed battlefield.
He also talks about how technologies like nanobots and brain-computer interfaces will affect our bodies and lead to a future in which our brains and we will be fully mechanized.
One of the main current problems of the sphere of the development of brain-computer interfaces is the creation of less invasive and better- completely non-invasive technology that will allow paralyzed people to control their environment or robotic limbs using the power of their thoughts than help millions of people worldwide to improve their quality of life.
The thesis of the Mask is very straightforward:it is enough developed brain-computer interfaces will allow people to massively increase their capabilities, better use of technologies such as machine learning and deep learning.
The U.S. Department of defense continues its work on brain-computer interfaces and, through its Office of advanced research projects(DARPA) has signed contracts with five research groups and one private company.