Analytical review of studies in the field of stabilization error measurement methods

Abstract

In this article, an analytical review of the literature on methods for measuring the stabilization error of stabilization systems (SS) is carried out. The relevance of further research and development in the field of ways to improve the accuracy of measurements of the stabilization error of the SS is substantiated.
 The modern method for determining the median error of the SS has distinctive features and has a number of advantages: it requires much less time and the use of manual labor; performed in digital form of information processing in numerical and graphical form; does not require the need to install a movie camera (it was replaced by an optoelectronic module, information from which is fed to the input of a video monitor, to which it is connected via the Pinnacle Movie Box Plus USB matching device, through which the video image is transmitted for recording to a laptop). After performing the research, information according to a specially developed program is automatically processed on a computer, which, based on the results of calculations, gives a more accurate (compared to the new method) value of the median stabilization error along the horizontal and vertical guidance channels.
 The model of construction of the line of domestic SS corresponds to the principle of "dependent stabilization" rigid connection of vertical and horizontal channels of the stabilizer with the device of supervision over objects.