QUANTUM FIELD MODEL OF DATA TRANSFER IN TELECOMMUNICATION NETWORK

Abstract

This paper focuses researches on telecommunications traffic engineering. A data-transfer math model intro-duced for the open transport network based on quantum field fundamentals. The four types of data transac-tion quanta are distinguished upon their properties: client/server and datagram/connection transfer. The da-ta-transfer model is composed of two interleaving items: structural part (quasi stationary trend of digital flow) and functional part (dynamically changed component of digital flow). The structural part of the model is shaped in multi dimensional hyper sphere to map the space of data transfer functional states. The func-tional part of the model presented by two forms of quantum field (scalar and vector fields) determined on the set of hyper sphere dots. The proposed model aims to benefit methods of quantum field theory for da-ta flow simulation and analysis in traffic engineering tasks.