跨无线接入技术的载波聚合

L. Albasha, S. M. Sagali
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引用次数: 2

摘要

为了增加系统容量和提高UE峰值吞吐量,3GPP在第8版中引入了HSPA的多载波操作,通过聚合2个相邻的载波,并在第9版中进一步增强,通过聚合多达4个非相邻的载波。在3GPP Release 10中,LTE采用了类似的操作,允许它最多聚合5个运营商。许多移动运营商正在同时部署LTE和HSPA两种技术,在分配频谱时,在LTE或HSPA中使用聚合将面临巨大挑战。在使用相同带宽时,多载波LTE或HSPA具有非常相似的峰值数据速率结果。本文提出了在多无线电环境中聚合LTE和HSPA载波的可能性,允许单个用户动态使用两个系统以提高容量和峰值数据速率。移动运营商频谱多无线电环境
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Carrier aggregation across wireless access technologies
In order to increase system capacity and improve UE peak throughput, 3GPP has introduced Multi Carrier operation for HSPA by aggregating 2 adjacent carriers in Release 8 and further enhancements in Release 9 by aggregating upto 4 non adjacent carriers. Similar operation was adopted in 3GPP Release 10 for LTE allowing it to aggregate upto 5 carriers. Many Mobile operators are deploying both technologies LTE and HSPA simultaneously and will face great challenges with their assigned frequency spectrum to use aggregation either in LTE or HSPA. Multicarrier LTE or HSPA have quite similar Peak data rates results when using the same bandwidth. This paper proposes the possibility of aggregating LTE and HSPA carriers in a multi radio environment allowing dynamic usage of both systems by a single user for capacity and peak data rates improvements.Mobile operatorsfrequency spectrummulti radio environment
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