室内无线通信的多径时延估计

T. Takeuchi, M. Sako, S. Yoshida
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引用次数: 19

摘要

在会议室、办公室和实验室进行了1.5 GHz、50 ns时间分辨率的多径延迟分布测量,以阐明开放结构办公室内高速数字无线通信系统的可行性。连续的电力延迟曲线测量表明,同一房间内的电力延迟曲线变化很大。测量到的RMS延迟扩散和平均超额延迟与房间的大小有关。当定向天线接收时,观察到壁面上的多次反射。在此基础上,提出了包含自由空间损耗和壁反射损耗的多壁反射波的简单室内无线电环境传播模型,该模型描述了RMS延迟传播的空间变化。
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Multipath delay estimation for indoor wireless communication
Multipath delay profile measurements were conducted in a meeting room, an office, and a laboratory at 1.5 GHz with 50 ns time resolution to clarify the feasibility of a high-speed digital wireless communication system in an open-structure office room. Continuous power delay profile measurement revealed large variation of power delay profile in the same room. Measured RMS delay spread and mean excess delay were found to be dependent on the size of the room. Multi-reflection on walls was observed when received by a directional antenna. From these results, a simple propagation model for an indoor radio environment is proposed consisting of multi-wall-reflection waves with free space loss and wall-reflection loss, which describes the spatial variation of RMS delay spread.<>
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