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LTE-advanced modem design: challenges and perspectives

机译:LTE先进的调制解调器设计:挑战和前景

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摘要

The commercial deployment of LTE Release 8 is gaining significant momentum all over the globe, and LTE is evolving to LTE-Advanced, which offers various new features to meet or exceed IMT-Advanced requirements. Since LTE-Advanced targets ambitious spectral efficiency and peak throughput, it poses tremendous system design challenges to operators and manufacturers, especially for mobile terminals. This article discusses modem design issues related to carrier aggregation, enhanced ICIC for HetNet, detection of eight-layer transmission, reference signals for enhanced multi-antenna support, and HARQ buffer management. We provide an overview of technical challenges and sketch the perspectives for tackling them to exploit the full benefits of the LTE-Advanced system.
机译:LTE Release 8的商业部署正在全球范围内蓬勃发展,并且LTE正在演进为LTE-Advanced,后者提供了各种新功能来满足或超过IMT-Advanced要求。由于LTE-Advanced的目标是提高频谱效率和峰值吞吐量,因此给运营商和制造商(尤其是移动终端)带来了巨大的系统设计挑战。本文讨论了与载波聚合,用于HetNet的增强的ICIC,八层传输的检测,用于增强的多天线支持的参考信号以及HARQ缓冲区管理有关的调制解调器设计问题。我们提供了技术挑战的概述,并概述了应对挑战的方法,以充分利用LTE-Advanced系统的全部优势。

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