Holographic traffic network characteristics: Prototype implementation

One of the most important tasks of the current decade is the mass introduction of telepresence services, including the use of holographic copies of a person, robotic avatars, manipulator devices, as well as the implementation and deployment of their joint associations into groups and communities. Of course, this will not happen all at once, and therefore it is necessary now to start forming an idea of ​​the possibilities for implementing these services, as well as to identify the requirements for the future parameters of data transmission networks. The relevance of the research topic is due to the rapid development of holographic communication technologies and the resulting need to obtain an idea of ​​the required network characteristics of lines, the performance of control, routing, switching and user devices for the widespread implementation of these services. At the first stage of the study, theoretical and experimental works were studied that determine the network parameters to provide the required level of service (QoS). At the second stage, a comparative analysis of network parameters and QoS for real-time voice and video stream transmission was carried out. At the third stage, the expected network parameters and traffic characteristics of holographic network applications are indicated. The next necessary step is the development of a traffic transmission model for holographic copies to experimentally verify the compliance of the proposed parameters.