STRUCTURAL IDENTIFICATION OF REMOTE CONTROL SYSTEMS OF MOBILE MEASURING POINTS
To analyze such complex systems as mobile measuring point (MMP), apply the systems theo-ry and system analysis. This allows you to evaluate the work of any technical device, as a whole, and its individual elements, to understand the structure of the device to reveal the regularities of functioning of its parts.Remote control is directly related to automation of control. Automated control system (ACS) - a set of hardware and software tools designed to manage various processes within the techno-logical process, production, enterprise. ACS is used in various industries, energy, transport, etc. The term «automated», in contrast to the term «automatic», emphasizes the retention of some functions for the operator, or the most general, purposeful character, or not automatable. The most important task of the ACS is to increase the effectiveness of the management of the facility on the basis of increasing labor productivity and improving the methods of planning the management process.To ensure the implementation of remote control of mobile measurement point, and getting measurement information and status information required to perform all aspects of information interaction with the MMP.In the result of the analysis revealed that in the exchange of information by the MMP should involve the following components: the mobile server from the measuring point, the mobile anten-na, compact each of the radio-metric station.Also, the analysis makes clear that the information interaction with the MMP should be organ-ized in the following areas:- transfer to the server MMP of original data for sessions of measurements;- receiving from the server MMP information on the current status;- transmission from the server to MMP was the measuring data;- remote control MMP using the server MMP.Schemes of diagnostics and remote control of mobile measuring points are investigated in this article. As a result of the research, the algorithm of operation and logic of functioning of the soft-ware of the integrated remote control and diagnostics system for mobile measuring points were constructed, based on the modernization of the mobile measuring point by creating a client-serv-er connection.