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Computer Architecture for Brain-Computer Interfaces

机译:脑机接口的计算机体系结构

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摘要

Earlier this year, Elon Musk’sNeuralink demonstrated an implantable brain-computer interface (BCI) capable of recording electrophysiological activity fromseveral thousands of biological neurons with high fidelity and signal resolution. Such implantable BCIs ower avenues to treating debilitating neurological disorders (e.g., they are already being used to predict the onset ofseizures, bouts ofanxiety,depression, and risk ofsuicide),controlling prostheses (e.g., by deducing movement intent and thereby controlling prosthetic limbs that mimic the activity of biological limbs),enhancing memory (e.g., via hippocampal BCIs),turning “thoughts” into speech, and much more.
机译:今年早些时候,埃隆·马斯克(Elon Musk)的Neuralink展示了一种植入式脑机接口(BCI),该接口能够以高保真度和信号分辨率记录来自数千个生物神经元的电生理活动。这种可植入的BCI为治疗使人衰弱的神经系统疾病提供了途径(例如,它们已经被用于预测发作,焦虑,抑郁和自杀风险),控制假体(例如,通过推断运动意图并从而控制假肢来模仿)生物肢体的活动),增强记忆力(例如,通过海马BCI),将“思想”转化为言语等等。

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