Temporary cognitive small cell networks for rapid and emergency deployments

A. Al-Hourani, K. Sithamparanathan, S. Arunthavanathan
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引用次数: 2

Abstract

This chapter introduces the concept of temporary cognitive small cell networks (TCSCN) as a supplement infrastructure to LTE-Advanced macro networks, and examines how the cognitive capabilities can enable the rapid and temporary nature of such deployments. Temporary networks are suitable for disaster-recovery scenarios where the nominal macro network is severely affected or completely paralyzed. In addition to that, such temporary networks can address the sudden increase in wireless traffic in certain geographic areas due to public events. The approach in realizing the cognitive capabilities is achieved by exploiting the latest LTE-Advanced HetNet features, as well as by presenting novel techniques for intelligently mitigating interference between the macro network base stations and the introduced temporary infrastructure. Simulation results are presented in order to show the enhancement of the wireless service when such femporary networks are deployed together with the proposed cognitive capabilities. At the end of this chapter an overview will be provided about open research directions that are fundamental for further possible realization of temporary cognitive smail cell networks.
用于快速和紧急部署的临时认知小蜂窝网络
本章介绍了临时认知小蜂窝网络(TCSCN)的概念,作为LTE-Advanced宏网络的补充基础设施,并研究了认知能力如何使此类部署的快速和临时性质成为可能。临时网络适用于名义宏网络受到严重影响或完全瘫痪的灾难恢复场景。除此之外,这种临时网络还可以解决某些地理区域由于公共事件而突然增加的无线通信量。实现认知能力的方法是通过利用最新的LTE-Advanced HetNet功能,以及通过提出智能减轻宏网络基站与引入的临时基础设施之间干扰的新技术来实现的。仿真结果表明,将这种临时网络与所提出的认知能力相结合,可以增强无线业务。在本章的最后,将概述开放的研究方向,这是进一步可能实现临时认知小细胞网络的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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