RADIOELECTRONIC AND COMPUTER SYSTEMS

Global climate changes and the increasing impact of mankind on nature have a stressful effect on biological objects. In the current situation, it is necessary to develop technologies for protecting biological objects and correcting their condition. In the presence of several alternative corrective facilities, arises the task of developing an information technology for choosing the optimal one for a given biological object in a particular situation. In this work, mathematical and methodological support of such technology is offered. The logical rules for each of the possible corrective facilities are formulated. To synthesize logical rules, it is suggested to use the method of forming a probabilistic conclusion. A context diagram and a first level decomposition diagram of the information technology for choosing the corrective facilities under stress impact on the biological object, which describes the input, output, control actions, functional information processes, data storage devices, external entities and the flow of data flows between them. The work of the proposed information technology is based on eight interrelated subprocesses. The information-logical model of data is constructed that reflects all objects and events, the information about which it is necessary to store, and the connections between them. Based on the developed information technology, the structure of the information system is proposed, which will allow to automatize the procedure of selecting corrective facilities. The structure of the system is five interrelated modules that perform the functions of the system. The strengths and weaknesses of the development have been identified. The opportunities of development and possible threats that may arise when implementing it are analyzed. The use of the developed information technology on the example of the choice of anesthetic support for a traumatologic operation will allow to automate the process of choosing an anesthetic support for a traumatological operation, facilitate the work of a doctor and improve the quality of medical care for patients

database; stress impact; regression model; perioperative period; information technology

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