Индивидуально – типологические особенности распознавания реальных и модельных сигналов электроэнцефалограммы

Abstract

An experiment is conducted to identify individual typological features of the user’s recognition of real and model electroencephalogram signals within the framework of tasks related to designing ergatic system simulators. During the experiment, psychological testing of the study participants is carried out. The following diagnosis methods are used: the Eysenck personality questionnaire, diagnostics of the leading perceptual modality, the Spielberg state-trait anxiety inventory, the Corsi block-tapping test for assessing working memory. The key test is passing a test in the original software form developed by the authors to identify the ability to distinguish a real encephalogram from an image generated by the programme. The analysis of correlation dependencies shows that the trial subjects who gave the best results at the training stage improve their performance at the experiment stage without feedback. Trial subjects with a leading auditory perceptual system give worse results at the experiment stage without feedback than subjects with leading visual and kinaesthetic perceptual systems. Trial subjects with a higher level of anxiety give out lower indicators during the experiment at both stages.