Methodology for using the visual-dialogue interface of the information display tool of the automated control system


Аuthors

Ryabev V. I.

Air force academy named after professor N.E. Zhukovskii and Y.A. Gagarin, Voronezh, Russia

e-mail: ryabev@list.ru

Abstract

The level of automation of control processes in the military sphere is increasing every year, which underlines the importance of the human factor. Effective information interaction between the personnel of the combat crew and the complex of automation tools is becoming a key aspect that requires taking into account the psychophysiological characteristics of operators. In this context, the study of human-machine interaction, as well as information display media, is becoming particularly relevant. An analysis of the work in this area shows that increased efficiency is possible by improving human-machine interaction – the interface. An analysis of the tools used to display information in the interests of the combat crew of the control body showed that each of them has a number of disadvantages, such as the accumulation of different types of information, dependence on viewing angle, poor interface visibility, limited graphics capabilities, blurred images in different resolutions, low color coverage and color accuracy, low speed of change images, vulnerability, sensitivity to physical impact, high energy consumption, high cost of purchase and repair. An analysis of the requirements for advanced information display tools has shown that the existing devices included in automated military control systems do not fully comply with them and require further development and modernization. Modern visualization technologies, including holographic three-dimensional screens, open up new horizons for displaying object-coordinate, cartographic and spatial information on information display media of automated control systems. This technology not only visualizes data, but also does it interactively, which significantly improves the perception and analysis of information for the personnel of the combat crew of the control body. The article considers a variant of using the visual-dialog interface of an automated system information display tool in order to reduce the working time of the personnel of the combat crew of the control body. This article also discusses the possibility of using the developed methodology in the process of improving existing or developing new (promising) information display systems for automation of the Aerospace Forces.

Keywords:

information display device, automated control system, automated control system efficiency, combat crew working time, information display model, graphical interface, dialog interface

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