The invention relates to a multi-input-signal epileptic seizure detection system based on feedback adjustment, the human body physiological signals are obtained through a sensor and combined, then thefinal detection result is obtained based on the detection result of each signal combination, and the problem that the epileptic seizure detection accuracy of a single signal is low can be solved; theweight of each physiological signal combination is updated according to the feedback of a patient, the physiological signal combination most suitable for the patient is selected according to the weight updating result before detection, and finally, epileptic seizure is detected by only using the optimal signal combination in the later period of detection, so that the purposes of accurately detecting epileptic seizure and reducing power consumption can be achieved. Human physiological signals can be selectively collected according to the seizure types of patients, so that more accurate epilepsy detection capable of covering various seizure types can be carried out.
Multi-input signal epileptic seizure detection system based on feedback adjustment