Optimal Design of the Structure of an Adaptive Information-Measuring System

The functioning of complex technical objects involves the use of information-measuring systems to obtain information about the environment and the state of devices within the system itself. At the same time, to prevent emergency and pre-emergency situations, it is important to receive timely information about the discrete state of the object, for example, information about the presence of sand in the flow of the produced hydrocarbons allows to reduce the overhaul interval of an "intelligent well". If there are requirements for detecting the state of an object, it is advisable to use adaptive information-measuring systems that select information according to the set criterion. Such systems are characterized by an increased complexity of the choice of structural schemes and algorithms of functioning, on which the reliability of the information received depends. This work is devoted to solving the problem of choosing the optimal structure of an adaptive information-measuring system.