The paper reports the results of computing and physical modeling of measurement optical-electronic system for real-time position control of extended objects with an active tags. We proposed an original method for solving systems of differential equations to calculate the coordinates of the objects. We offer an original multichannel monitoring optical-electronic system based on orthogonal channels. We create the physical model of this system for controlling the position of the pool’s roof.
During the designing and operation of extensive engineering facilities is particularly important as the task of controlling the spatial position of elements of their design in real time. This task is often complicated by variable external conditions: fluctuations in ambient temperature, humidity, wind speed, level of background light, etc. In this article we discussed some solutions to solve this problem. We proposed an original method for solving the system of differential equations to calculate the coordinates of the objects. It’s verified the possibility of designing the system of measurement of the deformation through the control of individual structural parts. We provide the physical simulation of the system for controlling the position of the roof of large buildings. Much attention was devoted to the experiments to confirm the theoretical results.
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