Scientists at Wit University have prepared a way to connect the brain with the Internet in the first world. The 'brainnet' project was dubbed, research is a major success in biomedical engineering. This project has been led by a lecturer in Adid Pantanovitz, WIT's School of Electrical and Information Engineering. He participated in the project with Jemma-Faye Chait and Danielle Winter Partnership. Pantnovitz explains. In brain-computer interface systems, brainnet is a new limitation. How the human brain works and the processes of information can be easily understood. It enables continuous monitoring of brain activity as well as some interactivity.
How brrenetne works
The sci-fi sound project works by converting the human electroencephalogram (EEG) signal into an open source brain's live stream. To achieve this, the subject wears mobile, internet accessive EEG device. Transmits EEG signals of imitative apparel in a raspberry pie. Which then makes the signal live for a programming interface. Which displays data on a website. Which acts as a visual interface.
See the work of a brain in real time
Pantnovitz and his team have big plans for the development of the brainetnet. Finally, we are aiming to enable interactivity between the user and his brain so that the user can provide excitement and see the reaction. Brainnet can be further improved in classifying the recording through a smartphone app. It is the algorithm that will provide data for machine-learning. Many opportunities for the development of brainnet project machine learning. The brain-computer interface of the project can also have significant impact on the developing world, Tesla CEO Elon Musk has supported nerve fees, which can spell at the end of the vulnerable nervous system. Brain hopes to produce transplants which are easy for victims of neurological conditions like Parkinson and Alzheimer's May be accessible, which can reduce their symptoms.