F.H. Dadashov - Ph.D. (Eng.), Research Institute, National Aviation Academy (Baku). E-mail: dfh54@rambler.ru R.A. Allakhverdiyev - Dr. Sci. (Med.), Professor, Head of the Laboratory «Clinical Neurophysiology», Institute of Physiology, Academy of Sciences by A.I. Karaev (Baku). E-mail: ali_doctor@mail.ru K.G. Dadashova Ph.D. - (Biol.), Associate Professor, Laboratory «Clinical Neurophysiology», Institute of Physiology, Academy of Sciences by A.I. Karaeva (Baku). E-mail: kama.dk@rambler.ru

Functional safety of flight crews is an actual problem of aviation security. The report focuses on the use of multiparametric biofeedback (BFB) techniques to ensure reliability psycho functional aircrew. Given multiparametric resources (by N.A. Plotnikov ) to ensure the functional reliability and feasibility of biofeedback technology proposed an approach based on multiparametric control psychophysiological indicators, based on the principles of multicriteria optimization under uncertainty. The proposed variant of multiparametric BFB using various psychophysiological indicators can solve complex tasks, such as control of psychophysiological processes to psychocorrection determine psyihofunktional reserves in order to predict the state through the analysis controlled bridge psychophysiological processes, determining the individual algorithm of self-organization to address a number of theoretical and applied problems. To implement the above approach, the interactive system in phases implementing identification management psychophysiological processes by multiparametric BFB. Implementing identification process as display "psychophysiological portrait" (PP) (based on electrophysiological parameters, such as EEG, ECG, etc.) requires the formation of space psychophysiological states (PPS) with the corresponding topology. But due to the lack of a priori knowledge about the structure of this metric space must supply control unit performing role in determining the space -step PPS corresponding metric. In the process of identification control in an interactive system in stages specified control objective and the optimal strategy is formed closer to the target ? " desired state." The proposed system is its flexibility and openness function allows to solve many administrative tasks assigned, depending on the choice of the parameter of the different levels of stratified hierarchies PP descriptions. In the process of identification management psychophysiological processes based on PP, with the operation of this unit will be partially reflect the internal algorithm of self-organization. The developed system is designed for use in JSC "AZAL" (Azerbaijan).