Lte-Advanced接入网中的非对称载波聚合

Nivika Tiffany Somantri, I. Iskandar
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引用次数: 2

摘要

LTE-Advanced采用非对称载波聚合的方式,将部分分量载波组合在一起,提高网络容量。这种聚合方式可以满足宽带业务不对称的需求。通过对上行链路和下行链路的覆盖和吞吐量的研究,分析了采用非对称载波聚合的效果。分析表明,已达到91%的区域,下行产生的吞吐量为236.836 Mbps(带宽30 MHz)、404.985 Mbps(带宽50 MHz)和489.399 Mbps(带宽60 MHz),上行产生的吞吐量为40.823 Mbps(带宽20 MHz)、40.872 Mbps(带宽30 MHz)和84.331 Mbps(带宽40 MHz)。换句话说,带宽越大,产生的吞吐量就越大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Asymmetric Carrier Aggregation on Lte-Advanced Access Networks
LTE-Advanced can improve the network capacity by combining some component carriers using asymmetric carrier aggregation. The aggregation can meet the requirements of the broadband traffics that tend to be asymmetric. The effect of using asymmetric carrier agrregation is analysed by exploring the coverage and throughput in the uplink and downlink. The analysis shows that 91% areas have been reached and the produced throughputs in the downlink are 236.836 Mbps (bandwidth 30 MHz), 404.985 Mbps (bandwidth 50 MHz), and 489.399 Mbps (bandiwtdh 60 MHz) while in the uplink are 40.823 Mbps (bandwidth 20 MHz), 40.872 Mbps (bandwidth 30 MHz), and 84.331 Mbps (bandwidth 40 MHz). In the other words, the larger bandwidth, the larger throughput that will be produced.
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