ARCHITECRURE OF APPLICATION FOR ANALISYS AND VISUALIZATION OF DATA OF MULTI-PARAMETER TELEMEDICAL MONITORING

Background. Currently, the introduction of telemedicine systems is one of the important factors in improving the efficiency of medical care. The paper considers the problem of building systems for multi-parametric telemedicine monitoring of human health. Data sources are various information-measuring systems. The task of building software for integrating data from various sources, their analysis and display is outlined. Materials and methods. Some similar telemedicine systems described in Russian and foreign sources are analyzed. To display data, it is proposed to organize a graphical interface according to a hierarchical principle, use mnemonic symbols and color coding of parameter values. Results. An application architecture is proposed for processing data from multiparameter telemedicine monitoring and implementing measurement data alert systems about the state of human health. An application algorithm has been developed that allows integrating data from various sources, analyzing and displaying relevant data using mnemonic symbols and color coding, depending on whether the parameter value is within or outside the normal range. Conclusions. To build a telemedicine system for multi-parameter monitoring, it is required to use heterogeneous data that must be processed and analyzed by software and displayed in an integral form