Abstract
Research subject. Communication network architecture 2030, delay compensation mechanisms. Objective. Consider the architecture of communication networks with intelligent edge computing, propose mechanisms for compensating network latency for tactile Internet applications based on predictive analytics. Core results. Scientific publications and specifications from open sources were analyzed, on tactile Internet topics, delay compensation mechanisms, intelligent boundary computing. A model of 2030 network architecture and a method of minimizing delay based on machine learning are proposed. Main conclusions. Modernization of the network architecture and software package will significantly increase the efficiency of communication networks, implement new models and methods of data processing, and will also have a significant impact on the digital economy.
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