Modelling the Domain Architecture of the Tactile Internet Using a Foggy Infrastructure
Roman Yaroshevych, Віталій Ткачов, Andriy Kovalenko, Dmytro Rosinskiy · 2022
The high efficiency and reliability of the Tactile Internet (TI) primarily depends on the construction of the architecture of the distributed service platform. Therefore, the main goal of the work is to analyze and present an effective solution for building a Tactile Internet domain architecture model with high reliability, availability, and low latency. In this article, the domain architecture consists of three sections, namely: master, slave, and network domains. Using haptic commands and haptic feedback signals, the master and slave domains communicate across the network domain. To implement the construction of the network domain architecture, the article proposes the use of a new technology, such as mobile edge computing (MEC) with an open fog structure (OpenFog).