A methodology for the reduction of false alarm rates in artificial intelligence-based loss of consciousness monitoring systems

A rationale, based on physiological data, is discussed for the design of a maneuver space boundary such that air combat maneuvres within that boundary will constitute an indicator that a G-induced loss of consciousness (GLOC) is unlikely. Maneuvers performed above that space (of G's and time) will serve to confirm indications from other sensors that a GLOC is possible and likely.<
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