下一代无线通信的关键技术

Kyung-Ho Kim
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引用次数: 17

摘要

下一代无线通信的主要目标是提供更高的数据速率服务,包括具有全球兼容性的视频、音频、数据和语音信号。新无线电频谱的前景促使全球移动电信运营商为3G牌照支付非常高的价格。大多数3G系统被安排在2ghz频段上运行。4G代表了3G之后蜂窝演进的下一个发展阶段,为提供更高效的蜂窝多播服务提供了理想的基础和带宽。目前,4G仅存在于讨论和解决未来高速网络和手机需求的概念框架中。在此背景下,我们讨论了无线通信系统的关键技术、下一代标准化的主要趋势以及无线SOC的主要实现问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Key technologies for the next generation wireless communications
The principal objectives of next generation wireless communication are the delivery of higher data rate services including video, audio, data and voice signals with worldwide compatibility. The promise of new radio spectrum encouraged the world's mobile telecommunication operators to pay very high prices for 3G licenses. Most 3G systems is arranged to operate in 2 GHz frequency band. The 4G represents the next development stages of cellular evolution beyond 3G, and offers an ideal basis and bandwidth to provide more efficient cellular multicast services. At present, 4G exists only in the conceptual framework to discuss and address future high-speed network and handset requirements. In this context, we address the following important topics such as key technologies of wireless communication system, main standardization trends of next generation and major implementation issues for wireless SOC.
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