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Performance Analysis in Using Repeaters with Coordination among Base Stations for LTE-A Systems

机译:LTE-A系统基站间协调使用中继器的性能分析

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摘要

LTE-A technique will play an important role in the next generation wireless communications due to it has the advantages of high transmission rate and wide communication bandwidth especially it also provides high quality throughput when the user is moving in high velocity. The system performance and parameters characteristics resulting from utilizing LTE-A technique will be provided to the system designers valuable references in their development of future IMT-Advanced wireless communication systems. When the system bandwidth becomes wider the system utilization performance will be varied widely and may become inefficiency when the number of users served in the system coverage areas varies and the communication environments change. It could adopt the coordination technique among base stations to effectively utilize the system resources and to reduce the possible interferences among signals in their transmissions. In this paper it considers of how to utilize repeaters in the base station coverage areas to optimize the spectral efficiency of the base station in its backbone transmission. It utilizes repeaters to improve the indoor signal transmission quality when the users in the indoor environment could not receive the signal transmitted from the outdoor base stations.
机译:由于LTE-A技术具有高传输速率和宽通信带宽的优点,因此它将在下一代无线通信中扮演重要角色,尤其是当用户高速移动时,它还可以提供高质量的吞吐量。利用LTE-A技术获得的系统性能和参数特性将为系统设计人员在未来IMT-Advanced无线通信系统的开发中提供宝贵的参考。当系统带宽变宽时,当系统覆盖区域中服务的用户数量发生变化并且通信环境发生变化时,系统利用率将发生很大变化,并且可能会变得效率低下。它可以采用基站之间的协调技术,以有效地利用系统资源并减少其传输中信号之间可能的干扰。在本文中,它考虑了如何利用基站覆盖区域中的中继器来优化基站在骨干传输中的频谱效率。当室内环境的用户无法接收到室外基站发送的信号时,利用中继器提高室内信号的传输质量。

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