Abstract
The need to create a single unified information and diagnostic system to ensure the safe operation of hydraulic structures is caused by the requirements of the Federal Law ”On the safety of hydraulic structures“ (No. 117-FZ). At the current moment, the systems used are heterogeneous and are being developed according to the requirements of operation and expert organizations, while the uniformity of terminology and approach to assessing the state of objects is not ensured. The purpose of this work is to define approaches and to develop architecture for a unified information and diagnostic system. At the same time, it is necessary to ensure the performance of the minimum set of functions necessary for a comprehensive analysis of the state of hydraulic structures. There is given a description of the architecture and basic set of functions of the information system which make it possible to monitor the state of hydraulic structures. The systematization of the functionality of the existing information systems has been carried out, on the basis of the analysis the optimal composition of the minimum number of functions which provide control over the safe operation of hydraulic structures has been developed.
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