The “Beijing-Tianjin-Hebei Brain-Computer Interface Cross-Regional Quality Chain Work Plan” was released. Among them, it was mentioned that it will accelerate cross-innovation in brain-computer interface technology and cutting-edge disciplines such as neuroscience and artificial intelligence for key fields such as medical rehabilitation, intelligent interaction, education and entertainment. Leveraging the objective advantages of quantitative evaluation of human function with brain-computer interfaces, the focus is on developing neurologic disease diagnosis and treatment, motor function reconstruction, rehabilitation training, and hierarchical diagnosis and treatment of emotional psychiatric diseases in the medical field; in the industrial field, promoting the implementation of scenarios such as operator signature monitoring, brain control robots, high-precision human-computer collaboration, and simulation training; and exploring innovative applications of brain-computer interfaces in the field of education, smart homes, and assisted driving. Build a brain-computer interface technology testing platform to provide application scenarios for scientific research institutions and enterprises in EEG bank construction, brain-computer interface clinical research, and scientific research transformation. Verify technical safety, effectiveness, stability and compatibility through demonstration projects, cultivate new forms of brain-computer interface, and build a complete ecological chain of technology research and development - simulation verification - scenario verification - industrial promotion.

The “Beijing-Tianjin-Hebei Brain-Computer Interface Cross-Regional Quality Chain Work Plan” was released. Among them, it was mentioned that it will accelerate cross-innovation in brain-computer interface technology and cutting-edge disciplines such as neuroscience and artificial intelligence for key fields such as medical rehabilitation, intelligent interaction, education and entertainment. Leveraging the objective advantages of quantitative evaluation of human function with brain-computer interfaces, the focus is on developing neurologic disease diagnosis and treatment, motor function reconstruction, rehabilitation training, and hierarchical diagnosis and treatment of emotional psychiatric diseases in the medical field; in the industrial field, promoting the implementation of scenarios such as operator signature monitoring, brain control robots, high-precision human-computer collaboration, and simulation training; and exploring innovative applications of brain-computer interfaces in the field of education, smart homes, and assisted driving. Build a brain-computer interface technology testing platform to provide application scenarios for scientific research institutions and enterprises in EEG bank construction, brain-computer interface clinical research, and scientific research transformation. Verify technical safety, effectiveness, stability and compatibility through demonstration projects, cultivate new forms of brain-computer interface, and build a complete ecological chain of technology research and development - simulation verification - scenario verification - industrial promotion.