Chinese scientists make brain-computer co-evolution possible for the first time
Chinese researchers have developed the world's first two-way adaptive brain-computer interface (BCI), significantly improving efficiency and bringing the technology closer to practical applications. This innovative system allows the brain and the device to learn from each other, leading to stable performance over time, a major advancement over traditional one-directional BCIs.
The new BCI, detailed in a Nature Electronics study, integrates brain signals with a device capable of providing feedback, enabling the brain to adjust and improve control. This "brain-computer co-evolution" marks a step towards mutual adaptation between biological and machine intelligence. Unlike existing BCIs that primarily decode brain signals, this two-way system could be integrated into portable and wearable devices for consumer and medical use, overcoming the limitations of performance decline seen in extended use of current BCI technology.
via SCMP Full Text Feed
Chinese researchers have developed the world's first two-way adaptive brain-computer interface (BCI), significantly improving efficiency and bringing the technology closer to practical applications. This innovative system allows the brain and the device to learn from each other, leading to stable performance over time, a major advancement over traditional one-directional BCIs.
The new BCI, detailed in a Nature Electronics study, integrates brain signals with a device capable of providing feedback, enabling the brain to adjust and improve control. This "brain-computer co-evolution" marks a step towards mutual adaptation between biological and machine intelligence. Unlike existing BCIs that primarily decode brain signals, this two-way system could be integrated into portable and wearable devices for consumer and medical use, overcoming the limitations of performance decline seen in extended use of current BCI technology.
via SCMP Full Text Feed
