脑机接口与运动假体

Brain–Machine Interface for Motor Neuroprosthetics

肢体运动是大脑与外界交互的主要方式,它一直是神经科学研究和脑机接口技术关注的重要领域。近20年来,通过解码相关神经活动逐步实现了对运动假体的实时控制,为神经系统功能的代偿和康复打开了一扇希望之窗。

For the brain–machine interfaces, the control mechanism is the fulcrum to place a lever. The neural representation perspective laid the foundation of the control methods that transform the neuronal signal into effector kinematics in the past decades. With theoretical development, we are now on the eve of neuroprosthetics control renewal.