The subject of the article is relevant, since the proposed method for performing a regression analysis of the operation of asynchronous motors does not have special requirements to the accuracy of measuring the quantities used in the regression analysis and to the volume of a training sample, so it can be used in modern embedded diagnostic systems.
An article focuses on the development, research and implementation of algorithmic, hard- and software devices for controlling and diagnosing complex dynamic industrial objects. In the course of the research, the industrial object was selected, its main technical characteristics were determined, its base units were examined, and the most vulnerable sites were identified. There were the heaters of the heating zones, which correspond to the infra-frequency processes, and the bearings of the rolling gear reducer, which correspond to the high-frequency processes.
Unfortunately, modern medicine, unfortunately, is not without errors. Therefore there exists a probability of unpredictable complications, establishment of an incorrect diagnosis, and in consequence and improper treatment. When dealing with various medical problems (collecting information about the patient, diagnosis, choice of solution tactics), the doctor faces the problem of decision - making. At the same time, the requirements for the accuracy of the diagnosis and its reliability are constantly increasing.
The communication system develops in the direction of improvement of communication quality indicators, causing the corresponding complication of products that is not conjugated with the improvement of their reliability. Despite the successes of the technical diagnostics, the correlation between the duration of defect localization and the elimination of the failure (for diagnostics it takes up to 80% of the average recovery time) is observed.
The problem of inspection, control of parameters and diagnostics of the state of surface metal layers of underground pipelines with consideration of influence of corrosive environment is considered.
The article substantiates the relevance of unification, harmonization and development of the theoretical and applied base of diagnostics of investment attractiveness of enterprises in the conditions of European integration of Ukraine. The theoretical and legislative principles of diagnostics of investment attractiveness of enterprises are critically analyzed. Based on the study of domestic and foreign diagnostic practices, as well as the challenges of European integration, it is proposed to apply a comprehensive approach to assessing the investment attractiveness of enterprises.
The construction of a clinical monitoring system applied to diagnose the patients’ state in a rehabilitation period is considered. It is pointed out that in a crisis period, patients with cardiovascular pathology are connected to a life-support system, and if the patients’ state takes a turn for the worse, the system lets the medical personnel know immediately.
Construction and practical use of computerized systems for remote monitoring and diagnostics of electric power facilities are discussed. The structure of information-measuring systems based on an unmanned aerial complex, that are designed to monitor thermal and nuclear power plants’ environment is examined. The structure and algorithms of a multilevel system for monitoring and diagnostics of electric power facilities’ equipment are discussed.
The characteristic spectrum of infectious diseases, which are suitable for use with bioterrorism purpose is given. Possibility of modern microbiological identification methods using for biosafety of the state is grounded. The features of interaction units and the Ministry of Internal Affairs, Security Service, the Ministry of Health to respond effectively to the threat bioterrorism in Ukraine.
In the paper are presented the results of diagnostics, tests of materials, numerical modelling and static analysis of the current state of the bearing steel structure of the hall after a fire and design of the actions for the repair of the damaged steel structural members.