Conception of synthesis evolution of multiagent information and measurement systems of human rehabilitation process after traumatism
DOI:
https://doi.org/10.15587/1729-4061.2013.12755Keywords:
Spinal column curvature S-Control, loads R-control, maximum likelihood, traumatism repercussion, rehabilitation periodAbstract
A concept of the information and measurement systems (IMS) rehabilitation process construction on the scientific measuring instruments basis use, experimental research and modeling is proposed. After carrying out the therapeutic measures IMS include functions of measurement, identifying quantitative data and objects state analysis and transmission to decision making person to evaluate the rehabilitation period, to take decision, to ensure efficiency. By means of functional subsystems IMS ensures (OP-agents: S-Control, R-Control) implementation of measurement functions S- spinal column curvature and R-location control and the level of the resultant of the lower extremities. In this case, each subsystem has a specific structure, algorithms and is based on maximum likelihood, are carried in automated or other modes. Variety of subsystems are implemented in LabVIEW environment. Each option displays the specific elements of the composition: measurement tools, methods of realization, information technologies and display systems. Task of variant choosing is based on the selected criteria of composition optimization with use of information, functional and dynamic modelsReferences
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Copyright (c) 2014 Олена Сергіївна Нестругіна, Катерина Юріївна Ларіна, Ніна Іванівна Чичикало
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