SPARSE CELLULAR RADIO NETWORK

Serhii Kravchuk,Mykola Kaidenko

doi:10.51582/interconf.19-20.01.2022.082

Abstract

The wireless telecommunications environment is characterized by high variation in signal strength, and architectural constraints are imposed on the placement of radio access points. As an extreme case, it can be assumed that the location of the radio access points in such systems is arbitrary. Such radio systems are proposed to be called sparse cellular radio networks. This term is proposed by analogy with the well-known definition of a sparse array from the field of programming.

Highlights

The wireless telecommunications environment is characterized by high variation in signal strength, and architectural constraints are imposed on the placement of radio access points
The development of modern wireless telecommunications is accompanied by an increase in the transmitted traffic, the provision of a given quality of service (QoS), and, as a consequence, the requirement for the most rational distribution of the radio resource in a specific area of the radio network
Frequency-territorial planning is reduced to the optimal coverage of the radio network coverage area by such clusters according to a certain criterion of frequency reuse

Summary

Introduction

The wireless telecommunications environment is characterized by high variation in signal strength, and architectural constraints are imposed on the placement of radio access points. The development of modern wireless telecommunications is accompanied by an increase in the transmitted traffic, the provision of a given quality of service (QoS), and, as a consequence, the requirement for the most rational distribution of the radio resource in a specific area of the radio network. The classic cellular construction of a radio network described back in the 80s.

Results

Conclusion