Instant Channel Allocation Technique to Improve System Throughput in Joint LTE Cellular Network

Shahadate Rezvy, S. Rahman, A. Lasebae, J. Loo
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引用次数: 5

Abstract

Femtocells can be easily deployed in macrocell LTE network without requiring a centralized planning to provide high data rate connectivity with a limited coverage. Femtocell is low-power, very small and cost effective cellular based station used in indoor environment. Femtocell and Macrocell share same frequency band which cause destructive interference. In order to maintain reliable service of macro-cells, it is most important to mitigate destructive femto to macro interference. Frequency Reuse (FR) is an effort of manipulating the frequency resource allocation upon terminal's location to improve system throughput. In this paper, an efficient method to improve system capacity through interference management in the existing Femto-Macro two tier networks has been proposed. In the proposed scheme, femtocell user will be allocated frequency instantly as it is required. This will also improve system throughput which will effectively control interference between macrocells and femtocells.
联合LTE蜂窝网络中提高系统吞吐量的即时信道分配技术
Femtocells可以很容易地部署在macrocell LTE网络中,而不需要集中规划来提供覆盖范围有限的高数据速率连接。Femtocell是一种用于室内环境的低功耗、非常小且具有成本效益的蜂窝基站。Femtocell和Macrocell共用同一频段,会产生相消干扰。为了保证宏蜂窝的可靠服务,减小对宏蜂窝的破坏性干扰是至关重要的。频率复用(Frequency Reuse, FR)是一种根据终端位置调整频率资源分配以提高系统吞吐量的方法。本文提出了一种在现有的Femto-Macro两层网络中通过干扰管理来提高系统容量的有效方法。在该方案中,femtocell用户将根据需要立即分配频率。这也将提高系统吞吐量,从而有效地控制宏基站和飞基站之间的干扰。
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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