Abstract

The article presents the current results of a research project aimed at developing software and hardware solutions that optimize an operation of dispatch services based on immersive technologies. The results of the virtual operator’s office creation for the subsequent program-protocol communication of the displayed information with the data sources of the dispatching object are presented. The virtual workspace is implemented in the form of large-scale objects, textures, lighting, etc. “animated” in virtual reality glasses. The results of the initial approbation of the methodology for assessing the psychophysiological state of operators during virtualization of the working information space are also presented in framework of multistage studies of effects of virtual reality on the user.

Highlights

  • Trends of science and technology are aimed at reducing the use of human labor in face space during the extraction of minerals

  • The relevance of research aimed at studying the impact of virtual reality (VR) on the psychophysiological indicators of the state of operator-users is increasing

  • The requirements of mental and physiological ergonomics are taking into account

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Summary

Introduction

Trends of science and technology are aimed at reducing the use of human labor in face space during the extraction of minerals. The relevance of research aimed at studying the impact of virtual reality (VR) on the psychophysiological indicators of the state of operator-users is increasing. This will ensure the future safety of personnel working with immersive reality displays. Scientists working with large data sets publish the results of studies comparing human performance when processing such data sets in virtual reality and ordinary two-dimensional space [3, 4]. VR technologies are constantly evolving in terms of content and quality of content, devices and software are being improved, the performance of graphic data processing is increasing, and the response time to feedback is reduced

Research objective
Development of a test virtual space
Assessment of the operator’s state during virtualization of the workspace
Conclusion

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