为了达到上述的要求,在实作上,802.11n 工作小组提出了几种实现 的方法,这包含:多重天线(multiple antennas)、增强的调变、编码设计、 增加频宽、封闭回路法……
基于8个网页-相关网页
Multiple antennas OFDM 多天线OFDM
multiple antennas system 多天线通信系统
Multiple antennas platform 多天线平台
Pilot In Multiple Antennas 多天线导频
integration of multiple antennas 多天线集成
communication systems with multiple antennas 多天线通信系统
multiple-beam antennas 多波束天线
multiple beam antennas 多波束天线
This method can be used in the wireless communication systems with multiple antennas which have feedback channel.
该设计方法可应用到实际的具有反馈的无线多天线通信系统中。
参考来源 - 有限比率反馈下多天线预编码系统的性能分析·2,447,543篇论文数据,部分数据来源于NoteExpress
However, due to the size of a mobile and carrier frequency constraints, multiple antennas can not be possibly implemented.
然而由于移动台的尺寸和载频的限制,使多天线技术很难实现。
This thesis is concerned with the use of multiple antennas at the transmitter and receiver in wireless communication systems.
本论文即在探讨于无线通讯系统中,同时在传输端及接收端使用多根天线情况下的相关研究。
One highlight of current wireless communication area is to use multiple antennas to achieve high speed and robust transmission.
利用配置多个天线实现高速可靠的通信是当今无线通信领域研究的热点之一。
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