Development of interactive VR simulators based on VR Concept software and Ionium Collider framework

V.M. Mamedov

Abstract


The article discusses the features of introducing VR technology into the educational process of higher educational institutions, taking into account the existing features, advantages and disadvantages in the format of interactive simulators based on the domestic VR Concept software. The formulated methodological features and stages of development of VR simulators make it possible to determine the requirements for the elements of virtual space interactivity correctly. A method is proposed to achieve a dynamic change in the scene, which eliminates the need to develop algorithms for transmitting data via the UDP protocol to VR Concept, while the functional part of the simulator can be developed in the advanced JavaScript programming language using the Ionium Collider framework. It has been established that the data transfer rate, which is proportional to the frame rate of the change in the virtual space, has a significant impact on the feelings of students and, under certain conditions, can cause the effect of motion sickness. For more flexible control over data transfer to the simulator, it is advisable to implement WebSocket protocols, HTTP requests, etc. into the software instead of the currently used UDP protocol in VR Concept.

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References


Virtual prototyping in the creation of products for the shipbuilding industry based on the use of import-substituting software / D. V. Zakharkin, G. O. Buzykin, I. N. Viger [et al.] // Simulation and complex modeling of marine equipment and marine transport systems (IKM MTMTS-2019): Fifth international scientific and practical conference. Proceedings of the conference, St. Petersburg, July 10, 2019. - St. Petersburg: Pero Publishing House, 2019. - P. 57-62.

Kharisova, N. M. Psychophysiological aspects of VR technologies in education / N. M. Kharisova, F. A. Mindubaeva, L. M. Smirnova // Biology and Integrative Medicine. - 2021. - No. 6(53). – S. 391-397.

Olkhovaya, A. M. Possibilities of using virtual reality technology for modern educational platforms / A. M. Olkhovaya // League of MGPU researchers: collection of articles of a student open conference. In 4 volumes, Moscow, November 21–25, 2022. Volume 2. - Moscow: Moscow City Pedagogical University, 2022. - P. 295-300.

Perova, M. V. Virtual reality in business / M. V. Perova, V. P. Korsakova // Issues of sustainable development of society. - 2020. - No. 10. - P. 629-635. – DOI 10.34755/IROK.2020.50.70.199.

Sosnilo, A. I. Application of virtual reality (VR) technologies in management and education / A. I. Sosnilo // Management consulting. - 2021. - No. 6 (150). – S. 158-163. – DOI 10.22394/1726-1139-2021-6-158-163.

Fishov, P. M. Virtual reality in the context of empirical involvement / P. M. Fishov // Philosophy of education. - 2014. - No. 4 (55). - S. 95-104.

Shevchuk, M. V. Technology of virtual reality as one of the trends of the modern educational process / M. V. Shevchuk, V. G. Shevchenko, A. A. Zorina // Colloquium-Journal. - 2020. - No. 23-2(75). - P. 4-7.

Piskunova, M. D., Pobokin P. A. Attitude of students towards learning using virtual reality programs / M. D. Piskunova, P. A. Pobokin // Yaroslavl pedagogical bulletin. - 2021. - No. 2 (119). - S. 112-119. – DOI 10.20323/1813-145X-2021-2-119-112-119.

Rakhmonov, A. B. Implementation of virtual reality in the educational process: advantages and disadvantages / A. B. Rakhmonov // European Science. - 2020. - No. 5 (54). - S. 39-41.

Yakhrichev V.V. Advantages of the introduction of virtual reality tools in the design and technological preparation of production. Izvestiya vuzov. Engineering. 2021. No. 12 (741).

Gladkikh, A.P. Trends in the development of virtual reality / A.P. Gladkikh // Actual problems of aviation and astronautics: Collection of materials of the VI International scientific and practical conference dedicated to the Day of Cosmonautics. In 3 volumes, Krasnoyarsk, April 13–17, 2020 / Edited by Yu.Yu. Loginova. Volume 3. - Krasnoyarsk: Federal State Budgetary Educational Institution of Higher Education "Siberian State University of Science and Technology named after Academician M.F. Reshetnev", 2020. - S. 768-770.

Prokushev, N. I. Digital twins in the design of rocket and space technology / N. I. Prokushev, E. P. Oleinikov // Actual problems of aviation and astronautics: Collection of materials of the VIII international scientific and practical conference dedicated to the Day of Cosmonautics. In 3 volumes, Krasnoyarsk, April 11–15, 2022 / Edited by Yu.Yu. Loginova. Volume 1. - Krasnoyarsk: Federal State Budgetary Educational Institution of Higher Education "Siberian State University of Science and Technology named after Academician M.F. Reshetnev", 2022. - S. 151-153.

Dorokhov, D. S. Interaction of information modeling technologies with the possibilities of virtual and augmented reality / D. S. Dorokhov, I. I. Ovchinnikov // Bulletin of Eurasian Science. - 2022. - T. 14. - No. 3.

Certificate of state registration of the computer program No. 2015616907 Russian Federation. VR Concept: No. 2015613634: Appl. 04/30/2015: publ. 06/25/2015 / D. V. Zakharkin, I. N. Viger, A. V. Lebedev; applicant Limited Liability Company «VISOLV».

Certificate of state registration of the computer program No. 2020666698 Russian Federation. A set of plug-ins for VR Concept that implement the functionality of automating the creation of technical instructions and ergonomic analysis using new human-machine interfaces for data entry: No. 2020662101: Appl. 10/09/2020: publ. 12/14/2020 / D. V. Zakharkin; applicant VR CONCEPT LLC.

Sharaeva, R. A., Kugurakova, V. V., Galieva, R. R., & Zinchenko, S. V. (2022). Approaches to the design of virtual simulators of surgical operations. Digital Libraries, 25(5), 489-532. https://doi.org/10.26907/1562-5419-2022-25-5-489-532.

Dolzhenko, A. V. Experience of using VR CONCEPT in teaching technical disciplines / A. V. Dolzhenko, E. N. Lilya, A. A. Romanenkova // Science and innovations in construction: Collection of reports of the V International scientific and practical conference. In 2 volumes, Belgorod, April 14, 2021. Volume 1. - Belgorod: Belgorod State Technological University. V.G. Shukhova, 2021. - S. 163-169.

Maslov, A. A. The practice of developing virtual reality technologies in teaching students in the Yaroslavl branch of PGUPS / A. A. Maslov // Innovative processes in modern education: from idea to practice: Proceedings of the II international scientific and practical conference using distance technologies, Yaroslavl, March 10, 2022. - Yaroslavl: branch of the federal state budgetary educational institution of higher education "Petersburg State University of Communications of Emperor Alexander I" in Yaroslavl, 2022. - P. 17-20.

Utkin, M. A., Boyko O. V., Zhabitsky M. G. Method of dynamic virtual visualization of physical fields and optimization of radiation environment parameters by interactive operation in virtual reality // International Journal of Open Information Technologies. - 2022. - T. 10, No. 8. - S. 46-50.

Certificate of state registration of the computer program No. 2023617337 Russian Federation. Ionium Collider Framework for creating APCS interfaces: No. 2023615806: Appl. 03/21/2023: publ. 04/07/2023 / V. M. Mamedov.

Certificate of state registration of the computer program No. 2023665670 Russian Federation. WStorm Interface for autonomous work with the WebSocket protocol: No. 2023664565: Appl. 07/10/2023: publ. 07/19/2023 / V. M. Mamedov.


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