HSDPA中的多频带和多载波操作

J. Lachowski, M. Maternia, Jakub Gorzynski
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引用次数: 3

摘要

多载波操作通过带宽扩展以及在不同相邻载波频率上传输时利用分集的固有能力提供了显著的增益。这种技术的一个自然增强是多波段操作,因为在不同的非相邻波段甚至可以发现更多样化的无线电条件。此外,由于具备第三代(3G)功能的流动装置的普及程度不断增加,营销商可考虑重用全球流动通讯系统(GSM)所使用的900兆赫频带,以提升不断增长的3G用户群体的体验。预计使用900 MHz频段不仅可以扩大可用的传输带宽,而且还将为经常遭受严重干扰的蜂窝边缘用户带来显著的收益。本文描述了在多载波操作模式下利用2100 MHz以外的可用频段的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multiband and multicarrier operations in HSDPA
Multicarrier operation offers significant gains by bandwidth extension as well as by its inherent ability to exploit diversity while transmitting on different adjacent carrier frequencies. A natural enhancement of this technique is multiband operation, since at different non-adjacent bands even more diverse radio conditions are to be found. Furthermore, since penetration of Third Generation (3G)-capable mobile devices is increasing, operators may consider to reuse 900 MHz band used by Global System for Mobile Communications (GSM) to enhance experience of growing 3G users' community. It is expected that the usage of 900 MHz band will not only expand bandwidth available for transmission but it will also bring significant gains especially for cell edge users, who often suffer from heavy interference conditions. This paper describes effects of utilizing available bands other than 2100 MHz in a multicarrier operation mode.
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