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This article is devoted to the development of a compact optoelectronic device for recording images of remote objects while determining their geographical coordinates. The optical layout of the device is presented, with an algorithm for operating it. The operating principle is described, along with a technique for designing a collimating optical device that records on its photos and video images the geographical coordinates, the date, and the time that the picture of the object was taken.

Доклад посвящен разработке системы мониторинга для контроля состояния зданий, установок и оборудования. Проведены исследования микровибраций при работе медицинского оборудования. Выбраны оптимальные схемно-конструктивные решения, разработаны алгоритмы обработки сигналов с микромеханического акселерометра в составе датчика микровибраций и методики проведения измерений. The report is devoted to the development of the monitoring system for monitoring the condition of buildings, installations and equipment based on the microvibration sensor. The research of microvibrations has been carried out in conditions of medical equipment operation. Optimal circuit design solutions have been selected, signal processing algorithms of the MEMS accelerometer output as part of a microvibration sensor and measurement method have been developed.