Development of an interactive information system using augmented reality means
Chinibayev Y. Uskenbayeva R.
30 November 2021Little Lion Scientific
Journal of Theoretical and Applied Information Technology
2021#99Issue 225268 - 5275 pp.
This paper describes the technology of formation of the augmented reality, a comparative overview of the proposed development tools, as well as an analysis of existing types of software for handheld devices. The work is a continuation of a series of articles [1-5]. The study developed an information system that in conjunction with a web server provides interactive visualization effect. Currently, one of the important directions of development of Ad Hoc networks is VANET. However, in recent years, VANETs and their applications are increasingly being considered to work in complex application with other new telecommunication technologies. Thus, the use of unmanned aerial vehicles (UAV) (Unmanned Aerial Vehicle) can often significantly improve the functioning of the VANET and / or expand the functionality of this network. Using augmented reality applications also provides for VANET new opportunities, particularly in connection with the use of UAV. At the same time, in most VANET applications, including the use of UAVs and AR, the VANET architecture is based on software-defined networks (SDN). In the proposed structure, the UAV performs the functions of a SDN controller, which peripheral modules are located in the vehicles of the priority cluster. The image from the UAV is received on augmented reality glasses by the drivers assistant, which allows him to know the speed and other parameters of the movement of ambulances and other similar vehicles. A model of timely traffic light control is proposed. The VANET technology was chosen as the base for the implementation of control functions. To better manage the scalability and flexibility of the VANET, it is complemented by SDN technology, where the UAV acts as a controller. For visual assessment of the situation and control, the model uses augmented reality technology. The video stream received from the UAV can be supplemented with the necessary current information, for example, the speed and intensity of vehicle traffic on crossing streets, vehicle dimensions, etc.
Augmented reality , Information support , The SDN for VANET applications , UAVs
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International Information Technology University, Almaty, 050040, Kazakhstan
International Information Technology University
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