LTE-Advanced网络中载波聚合实现的测量研究

A. S. Sani, Nur Idora Abdul Razak, S. S. Sarnin
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引用次数: 1

摘要

高速移动互联网需求的增长已成为移动通信服务提供商面临的重大挑战。从3G到4G移动通信的演进为解决这一问题提供了很大的改进。然而,在数据饥渴应用的今天,4G需要发展到另一个层次才能在未来支持它。LTE-Advance的引入已经成为未来移动通信的基石。本文讨论了LTE-Advance的一个特点,即载波聚合(Carrier Aggregation, CA)。CA功能通过组合多个载波频带来增加带宽,从而使数据速率吞吐量得到提高。测量是在USJ地区进行的,该地区有大量的CA使能并配基站。在此基础上,比较了单波段CA与非CA情况下的性能。结果表明,与单频段相比,CA具有更高的吞吐量。但是,当合并两个单频带吞吐量时,与CA吞吐量相比,它会产生更高的数据速率。这是由于缺乏P-Cell和S-Cell的合作。总的来说,LTE- advance CA的性能大大提高了传统LTE。
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Measurement Study on Carrier Aggregation Implementation in LTE-Advanced Network
The increase in demand of high-speed mobile internet has become a significant challenge towards mobile telecommunication service provider. The evolution from 3G to 4G mobile communication has shown a great improvement to cater the problem. However, in these days of data hunger application, 4G need to evolve to another level to be able to support it in the future. The introduction of LTE-Advance has become the cornerstone towards future mobile communications. In this paper, one of the features of LTE-Advance which is Carrier Aggregation (CA) is discussed. CA function by combining multiple carrier band to increase bandwidth so that the data rates throughput can be increase. The measurement was taken in USJ area which has high number of CA enable collocated base stations. The performance of CA is then compared with non-CA cases which is single band. It shows that CA results higher throughput compared to single band. However, when combining two single band throughputs, it results in higher data rates compared to CA throughput. This is due to lacking in P-Cell and S-Cell cooperation. Overall, LTE-Advance CA performance has significantly improved traditional LTE.
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