This disclosure provides a monitoring and
early warning system and
computer device for
stroke revascularization surgery; including: an acquisition module for acquiring a first set of neuroelectrophysiological data and a second set of neuroelectrophysiological data; a first
processing module for obtaining a first impairment level characterizing the preoperative
neurological function impairment based on the differences between the physiological data of the first affected side and the physiological data of the first healthy side at the same time point in the first set of neuroelectrophysiological data; a second
processing module for obtaining a second impairment level characterizing the postoperative
neurological function impairment based on the differences between the physiological data of the second affected side and the physiological data of the second healthy side at the same time point in the second set of neuroelectrophysiological data; and a prediction module for predicting the probability of various complications within a predicted postoperative time period. By comparing and analyzing the preoperative and postoperative neuroelectrophysiological data of the affected / healthy side, the risk of complications after
revascularization surgery can be predicted.