[Virtual reality technology and physiological functions].
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Biomedical subjects
Publications and source records attributed to E I Shul'man.
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A microcomputer system has been constructed and developed for biofeedback research and clinical biofeedback training. Hardware and software enable on-line data acquisition, storage and real-time analysis with visual feedback of chosen parameters, while changes in other physiological variables are recorded and monitored. The software handles control of experimental sessions, data reduction, statistics, data base management and output document forming. Computer analysis of pulse transit time biofeedback training with multiple cardiovascular monitoring in experimental and clinical setting outlined contributions of sympathetic and parasympathetic influences on observed patterns of cardiovascular modifications.
On the basis of analysis it is proven as necessary to use information support in treatment and diagnosis at different-status hospitals to enhance the quality and efficiency of treatment. The used theoretical-and-empirical approach is based on major parameters of three therapeutic-and-diagnostic processes studied within different coordinate systems as well as on evaluation of total knowledge needed by practitioner and on complexity of formal treatment tasks.
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