26 June 2017 Parameter optimization of measuring and control elements in the monitoring systems of complex technical objects
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Abstract
In the world is the widespread adoption of measuring equipment of new generation, which is characterized by small size, high automation level, a multi-channel, digital filtering, satellite synchronization, wireless communication, digital record in long-term memory with great resource, powered by long-lived sources, etc. However, modern equipment base of the Russian institutions and the level of development of technical facilities and measuring technologies lag far behind developed countries. For this reason, the vacated niches are actively developed by foreign companies. For example, more than 70% instrumentation performing works on the territory of Russia, equipped with imported equipment (products of Sweden and Germany companies); the amount of work performed with German equipment is more than 70% of the total volume of these works; more than 80% of industrial measurements are performed using HEXAGON equipment (Sweden). These trends show that the Russian sector of measuring technology gradually become import-dependent, which poses a threat to the economic security of the country and consistent with national priorities.

The results of the research will allow to develop the theory of formation of control systems of the displacement with high accuracy and unattainable for the existing analogue ergonomic and weight characteristics combined with a comparable or lower cost. These advantages will allow you to be successful competition, and eventually to supplant the existing system, which had no fundamental changes in the last 20 years and, therefore, retained all the drawbacks: large size and weight, high power consumption, the dependence on magnetic fields
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Ivan Nekrylov, Ivan Nekrylov, Valery Korotaev, Valery Korotaev, Anastasia Blokhina, Anastasia Blokhina, Maksim Kleshchenok, Maksim Kleshchenok, } "Parameter optimization of measuring and control elements in the monitoring systems of complex technical objects", Proc. SPIE 10329, Optical Measurement Systems for Industrial Inspection X, 103294M (26 June 2017); doi: 10.1117/12.2272338; https://doi.org/10.1117/12.2272338
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