The invention discloses a real-time monitoring video induction-based
motor imagery BCI (Brain-Computer Interface)
system. A set of
motor imagery experimental paradigm induced by a real-time monitoring video is designed, the realization is simple, and the operation is easy; when a person with limb movement disorder performs imagery
motor rehabilitation training by applying the
system, the person can see a
rehabilitation state of the limb with the movement disorder in real time conveniently, so that the positivity and activeness of the examinee in participating in the
rehabilitation training can be greatly improved and the
recovery of original injured neural pathways can be accelerated; the induction of the real-time monitoring video is added, so that the visual
motor imagery effect of the examinee is enhanced, the experimental immersion of the examinee is improved, the fatigue of the examinee is relieved, and a motor imagery electroencephalogram
signal with relatively high information source quality can be induced; and a control group experiment, namely, a pure visual motor imagery electroencephalogram experiment without induction of real-time
video monitoring is introduced, and ERD (event-related desynchronization) characteristics of motor imagery electroencephalogram signals acquired by a new paradigm experiment and the control group experiment are compared, so that the
correctness of a conclusion is verified.