ANALYSIS OF TECHNOLOGIES TO INCREASE THE EFFICIENCY OF TACTILE INTERNET IN COMPUTER NETWORKS

Abstract

The purpose of this work is to analyze the technologies that can improve the efficiency of Tactile Internet (TI) in computer networks. The concept of TI has developed due to the emergence and development of technologies that require very little delay in data delivery. This is primarily a service with certain requirements for interactivity. In particular, it can be a variety of control systems associated with the transfer of tactile sensations from the actuators and sensors to the controls. To increase the efficiency of TI, a number of promising technologies are being considered today, such as Device-to-Device (D2D) technology, without the use of a base station, which allows you to effectively build ultra-dense computer networks. Technologies such as MEC (Mobile Edge Computing), software-configured SDN (Software Defined Networks) and NFV (Network Functions Virtualization) network virtualization are of great importance for building networks with low delays. Low latency computer networks, which are based on the concept of Tactile Internet, are of great importance when choosing a method of building computer networks. This article considers various technologies and analyzes the main advantages and problems of these technologies, which require further study.