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27 April 2016 The model of the optoelectronic positioning system of industrial equipment
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One way of reduce costs for the assembly of high-precision large-sized products, such as planes or ships of different purpose is minimize of the time spent for control of geometrical parameters docking of large parts. Present systems do not have the high performance and do not have the ability to control multiple objects at the same time. The proposed system consists of at least four scanning devices and at least one position sensor. The paper describes a mathematical model of the system, as well as the stand for the study of the system. It is shown that the use of a many scanning devices enables high accuracy in determining the coordinates of the sensors and it allows to monitor multiple sensor networks at the same time.
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Ivan A. Maruev, Ekaterina A. Verezhinskaia, and Anton V. Pantyushin "The model of the optoelectronic positioning system of industrial equipment", Proc. SPIE 9889, Optical Modelling and Design IV, 98891F (27 April 2016);

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