According to one aspect of the present invention, a method of deriving a pilot′s mission performance capability performed by an integrated supervisory and control apparatus of a pilot state for evaluating a mission performance capability necessary for piloting a piloted object based on state information of the pilot comprises: a signal measuring step of measuring surrounding environment information in conjunction with a control apparatus of the piloted object and measuring at least one biological signals including an electroencephalography signal, an eye movement signal, a skin electrical activity signal, and a respiration measurement signal through a sensor device mounted on the pilot; an information calculating step of reflecting the pilot′s environment information in real time into an arousal state evaluation model for evaluation of the pilot′s state, analyzing the at least one biological signals to extract individual feature information, inputting the extracted individual feature information into the arousal state evaluation model and calculating convergence feature information through a correlation analysis with the pilot′s arousal state; and an arousal state evaluation and feedback providing step of evaluating the pilot′s real-time arousal state level using the convergence feature information, and providing an arousal deriving feedback signal in accordance with the evaluated arousal state level.
APPRATUS FOR CONTROLLING INTEGRATED SUPERVISORY OF PILOTS STATUS AND METHOD FOR GUIDING TASK PERFORMANCE ABILITY OF PILOTS USING THE SAME