Femtocell SINR性能评估

Yoram Haddad, D. Porrat
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引用次数: 5

摘要

室内使用移动电话的人数正在增加。信号穿透建筑物后会导致严重的衰减,从而导致室内移动信号覆盖差。因此,实现足够的室内信噪比和干扰比是一项挑战。如果运营商想要刺激3G的使用,将其作为竞争激烈的WIFI解决方案的替代方案,他们就必须在用户在家或工作时提供更好的数据传输速率。新兴的femtocell解决方案可能是迈向宽带移动互联网的最后一步。对于即插即用的移动蜂窝设备来说,无线电规划并不明显,因为它本身就具有不可预测的部署。在本文中,我们评估了一个飞基站系统与一个覆盖的宏基站系统共存时所能达到的性能。我们提出了一种双重复用频率方案来评估飞基站水平的信噪比。我们表明,飞蜂窝绝对可以为飞蜂窝用户设备提供有意义的数据速率改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Femtocell SINR Performance Evaluation
Indoor use of mobile phones is growing. Signal penetration into buildings induces severe attenuation which leads to poor indoor mobile coverage. Thus achieving adequate indoor signal to noise and interference ratio is challenging. If operators want to stimulate 3G usage as an alternative to the competitive WIFI solution, they will have to offer better data rates when users are at home or at work. The emerging femtocell solution may be the last step toward broadband mobile internet. Radio planning is not obvious for a plug-and-play femtocell device, which will inherently have an unpredictable deployment. In this paper we evaluate the performance that a femtocell system can achieve when coexisting with an overlaying macrocell system. We propose a double reuse frequency scheme for the assessment of the SINR at the femtocell level. We show that femtocells can definitely provide a meaningful improvement in the data rates experienced by the femtocell user equipment.
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