ФИЗИОЛОГИЧЕСКИЙ МОНИТОРИНГ ОПЕРАТОРОВ АСУ ПРИ АУДИО-ВИЗУАЛЬНОЙ ИМИТАЦИИ АВАРИЙНОЙ СИТУАЦИИ

In terms of ship simulator automated control systems we have investigated the information content of physiological monitoring cardiac rhythm to assess the reliability and noise immunity of operators of various specializations with audio-visual simulation of an emergency. In parallel, studied the effectiveness of protection against the adverse effects of electromagnetic fields. Monitoring of cardiac rhythm in a virtual crash it is possible to differentiate the degree of voltage regulation systems of body functions of operators on specialization and note the positive effect of the use of means of protection from exposure of electromagnetic fields.