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Feasibility Study for the LTE-Advanced System

机译:LTE-Advanced系统的可行性研究

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摘要

DC (Dual Connectivity) and D2D (Device to Device) are two most promising methods to address huge traffic challenges in extreme dense network. In this paper, we investigate the researches and developments on DC and D2D in 3GPP (Third Generation Partnership Project). DC refers to the operation where some UE consumes radio resources provided by at least two different network points connected with non-ideal backhaul. We detail all the four deployment scenarios of DC, i.e., macro and small cells on the same carrier frequencies, macro and small cells on different carrier frequencies that can be split into two sub-scenarios, and only small cells on one or more carrier frequencies. Then we explain the reason why control plane and user plane architecture are designed in the status quo. As to D2D, we design a general procedure about its discovery and communication establishment. At last, we analyze the pros and cons after introducing these two technologies into the existing wireless cellular network.
机译:DC(双连接)和D2D(设备到设备)是两种最有希望的方法,可以解决极端密集网络中的巨大流量挑战。在本文中,我们将研究3GPP(第三代合作伙伴计划)中DC和D2D的研究和开发。 DC是指某些UE消耗由与非理想回程连接的至少两个不同网络点提供的无线电资源的操作。我们详细介绍了DC的所有四种部署方案,即,相同载波频率上的宏小区和小型小区,不同载波频率上的宏小区和小型小区可以分为两个子场景,而一个或多个载波频率上只有小型小区。然后,我们解释了在现状下设计控制平面和用户平面体系结构的原因。对于D2D,我们设计了有关其发现和通信建立的一般过程。最后,在将这两种技术引入现有的无线蜂窝网络后,我们分析了利弊。

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