Posted on 06/05/2019 9:31:58 AM PDT by Red Badger
Developers have high hopes for the technology, which they say could be used in everything from healthcare and education to security, gaming and entertainment.
Engineers from China Electronics Corporation and Tianjin University have created a chip known as the Brain Talker, with the device said to be capable of reading human brainwave activity and efficiently translating it to enable users to control a computer.
The technology, known as a 'brain-computer interface', or BCI, has been theorised for many decades, and has featured prominently in science fiction and techno-thriller books and films such as Neuromancer, Firefox, Ghost in the Shell, and Robocop.
Now, Chinese engineers and academics have apparently taken the next step and actually created a working BCI device, with the Brain Talker debuting at the Third Annual World Intelligence Congress in Tianjin last month.
Ming Dong, director of Tianjin University's Academy of Medical Engineering & Translational Medicine, explained that the Brain Talker chip works by identifying minor nerve information generated by the cerebral cortex, and decoding this information to enable communication between a user's brain and a computer.
#CyberpunkisNow China recently unveiled "Brain Talker", a BCI chip specially designed to decode brainwave data at the World Intelligence Congress last month.
"Brain Talker makes BCI technology more promising for civil use since the chip is more portable, wearable & simpler" pic.twitter.com/yMjinrCF97 — ΜΔDΞRΔS (@hackermaderas) 3 июня 2019 г.
"The signals transmitted and processed by the brain are submerged in the background noise. This BC3 [Brain-Computer Codec Chip] has the ability to discriminate minor neural electrical signals and decode their information efficiently which can greatly enhance the speed and accuracy of brain-computer interfaces," Ming said in a press release.
"Brain Talker makes BCI technology more promising for civil use since the chip is more portable, wearable and simpler," the academic added, emphasising that BCIs "hold a promising future."
China Electronics Corporation data scientist Cheng Longlong said that engineers are now working to enhance the Brain Talker technology's performance for use in fields such as medicine (with BCIs seen as a prospective aid for people suffering from motor neuron diseases) to education, gaming, and more.
According to Chinese media, China independently holds the complete intellectual property rights to the Brain Talker chip technology.
Ping!..................
One step closer to ShadowRun’s DNI - Direct Neural Interface. Once again, science fantasy becoming science future and eventually, science fact.
With a little tweak here and a little tweak there, this little baby could deliver an electric shock for every ‘bad’ thought. Presto! Automated brainwashing, courtesy the godless Chicom tyrants.
The Red Chinese do not.
I’m sure they have ‘thought’ about it!...............
Brings the neural controlled weapons system one step closer to reality. Nice.
Why is my computer suddenly filled with porn? And of women I know?
Lack of imagination?................
LOL That's it! Well except for those robot scenes.
Unless I missed something, there is no two way flow of information. Nor is there any mention of tapping information stored in the user’s brain. This is an embedded one way input device.
Western prosthetic engineers are already working on the development of prosthetic arms and hands that are controlled by sensing nerve impulses from the amputee’s vestigial limb. This seems like the same application but the input location is shifted to inside the skull.
I don’t mean to minimize their accomplishment in finding detectable, discrete, and distinguishable locations that can be recruited for use in making data inputs. However, you will still have to train the operator how to make inputs (by thinking) into the computer and the user will still receive outputs through standard devices (screen, speaker, etc.).
The real revolution will occur when the communication pathway is two-way and the human can send and receive complex information directly with the computer.
Unless I missed something, there is no two way flow of information. Nor is there any mention of tapping information stored in the user’s brain. This is an embedded one way input device.
Western prosthetic engineers are already working on the development of prosthetic arms and hands that are controlled by sensing nerve impulses from the amputee’s vestigial limb. This seems like the same application but the input location is shifted to inside the skull.
I don’t mean to minimize their accomplishment in finding detectable, discrete, and distinguishable locations that can be recruited for use in making data inputs. However, you will still have to train the operator how to make inputs (by thinking) into the computer and the user will still receive outputs through standard devices (screen, speaker, etc.).
The real revolution will occur when the communication pathway is two-way and the human can send and receive complex information directly with the computer.
Pardon the double post.
This will be like the Clint Eastwood movie, Firefox...............
And ‘Wrongthought’ will have a 100% conviction rate !
win-win
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