Realizing precise recording with large populations of neurons has been a long-standing goal in developing next-generation brain-machine interfaces(BMIs)[1,2].Specifically,flexible electrocorticography(ECoG)devices pla...Realizing precise recording with large populations of neurons has been a long-standing goal in developing next-generation brain-machine interfaces(BMIs)[1,2].Specifically,flexible electrocorticography(ECoG)devices placed on the cerebral cortex provide a nonpenetrating means to measure population-level coordinated neural activities across wide cortical areas,and have been successfully applied for speech synthesis,motor decoding,and seizure localization[3].展开更多
基金supported by the Beijing Municipal Natural Science Foundation(L246017 and Z220015)the National Natural Science Foundation of China(NSFC)(T2425003,52272277,92164202,62304264,T2122010,and 52171239)+3 种基金Neu Cyber Neuro Tech(Beijing)Company,China(NC-2023-HE-02)Tsinghua University Initiative Scientific Research Program(2024Z02ORD001)the Science and Technology Program of Guangzhou City(2024B01J0079)the Beijing Nova Program(20230484254)。
文摘Realizing precise recording with large populations of neurons has been a long-standing goal in developing next-generation brain-machine interfaces(BMIs)[1,2].Specifically,flexible electrocorticography(ECoG)devices placed on the cerebral cortex provide a nonpenetrating means to measure population-level coordinated neural activities across wide cortical areas,and have been successfully applied for speech synthesis,motor decoding,and seizure localization[3].
