Е-Публикации
Технически университет - София

Abstract: This paper presents a method for increasing the accuracy of systems for measuring the angular position of moving objects by using an adaptive Wiener filter. In the context of modern technological progress, the accuracy of angular position measurements is important for numerous applications, including aviation, marine, aerospace, robotics, and medical engineering. The method is based on detailed modeling of the dynamic errors arising due to external and internal disturbances and uses the adaptive Wiener filter to correct them. The modeling results demonstrate that the proposed technique significantly reduces the noise and improves the accuracy of the measurements. The method is applicable in various industrial and scientific fields, where high accuracy of angular measurements is required, and offers a significant contribution to the development of measurement technologies and control systems of dynamic objects.

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