Model of Video Streams Transmission in a Flying Ad Hoc Network
DOI:
https://doi.org/10.52575/2687-0932-2022-49-2-403-415Keywords:
flying ad hoc network, video stream transmission model, video broadcast quality assurance, packet loss, bit rate, territory monitoringAbstract
The results of a study on the development of a mathematical model for the transmission of video streams in wireless channels under conditions of high node mobility are presented. The relevance of improving models and algorithms focused on providing video communication based on the use of a flying wireless self-organizing network is substantiated. It is proposed to use redundancy of channel performance in order to increase the load of wireless channels. The necessity of taking into account the high probability of packet loss in a self-organizing network and the specifics of the conditions for the transmission of video information captured by cameras of unmanned aerial vehicles is argued. Analytical expressions are obtained for calculating the values of the bit rate of data transmission over wireless channels, recommended for minimizing failures in broadcasting video streams. It is shown that the model makes it possible to calculate the recommended values of signal transmission power by network nodes, the installation of which on the transmitting modules helps to reduce packet losses. It is concluded that the application of the model makes it possible to provide the required quality of video broadcasting in a flying wireless self-organizing network used to monitor territories during search and rescue operations.
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