Time Dispersion Indoor Channel Characterization in the 8–12 GHz Frequency Band

机译：8-12 GHz频带中的时间分散室内通道表征

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In this work, we present measured and simulated time dispersion results for two indoor scenarios in the 8-12 G Hz frequency band. The simulated results have been obtained with a full 3D ray-tracing model. The comparison between measured and simulated data shows the potential of these models to describe the time dispersion behavior of the propagation channel at high frequencies. The results reported can be useful for the design and deployment of future wireless systems.

机译：在这项工作中，我们在8-12 G Hz频带中的两个室内情景显示了测量和模拟时间分散结果。已经用完整的3D辐射模型获得了模拟结果。测量和模拟数据之间的比较显示了这些模型的潜力，以描述高频率下传播信道的时间色散行为。报告的结果对于未来无线系统的设计和部署有用。

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《IEEE International Symposium on Antennas and Propagation》|2018年|630p|共2页
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Lorenzo Rubio; Rafael P. Torres; Jesus R. Perez; Vicent M. Rodrigo- Pefiarrocha; Herman Fernandez; Luis Valle; Juan Reig; José Basterrechea; Marta Domingo;
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中图分类天线;
关键词
Frequency measurement; Antenna measurements; Wireless communication; Delays; Ray tracing; Bandwidth; Dispersion;

机译：频率测量;天线测量;无线通信;延迟;射线跟踪;带宽;分散;

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专利

1. Frequency domain characterization of LoS nonfading indoor wireless LAN channel employing frequency and polarization diversity in the 63.4-65.4 GHz band [J] . Hammoudeh A., Scammell D.A. IEEE Transactions on Vehicular Technology . 2004,第4期

机译：使用63.4-65.4 GHz频带中的频率和极化分集的LoS非衰落室内无线局域网信道的频域表征
2. The Delay and Directional Characteristics of Propagation Channels from 3GHz Band to 28GHz Band in Indoor Environment [J] . Kentaro SAITO, Panawit HANPINITSAK, Jun-ichi TAKADA, 電子情報通信学会技術研究報告. アンテナ·伝播. Antennas and Propagation . 2017,第150期

机译：在室内环境中从3GHz频段到28GHz频段的传播信道的延迟和方向特征
3. In-Vehicle Channel Measurement, Characterization, and Spatial Consistency Comparison of text{30}hbox{--}text{11 GHz} and text{55}hbox{--}text{65 GHz} Frequency Bands [J] . Jiri Blumenstein, Ales Prokes, Aniruddha Chandra, IEEE Transactions on Vehicular Technology . 2017,第5期

机译：文本{30} hbox {-}文本{11 GHz}和文本{55} hbox {-}文本{65 GHz}频带的车载通道测量，表征和空间一致性比较
4. Time Dispersion Indoor Channel Characterization in the 8–12 GHz Frequency Band [C] . Lorenzo Rubio, Rafael P. Torres, Jesus R. Perez, IEEE International Symposium on Antennas and Propagation;USNC/URSI National Radio Science Meeting . 2018

机译：8-12 GHz频带中的时间色散室内信道表征
5. Time/frequency dispersion of digital transmission media: Wideband wireless channel, chiral optical fiber, and superconducting MMIC. [D] . Qiu, Robert Caiming. 1996

机译：数字传输介质的时间/频率色散：宽带无线通道，手性光纤和超导MMIC。
6. RMS Delay Spread vs. Coherence Bandwidth from 5G Indoor Radio Channel Measurements at 3.5 GHz Band [O] . Wout Debaenst, Arne Feys, Iñigo Cuiñas, 2020

机译：在3.5 GHz频段上从5G室内无线电信道测量得出的RMS延迟扩展与相干带宽
7. Frequency Domain Characterization of LoS Nonfading Indoor Wireless LAN Channel Employing Frequency and Polarization Diversity in the 63.4–65.4 GHz Band [O] . Akram Hammoudeh, David Anthony Scammell 2013

机译：在63.4-65.4 GHz频段内采用频率和极化分集的Los非衰落室内无线LaN信道的频域特性
8. Wireless Channel Characterization in the 5 GHz Microwave Landing System Extension Band for Airport Surface Areas [R] . Matolak, David W. 2007

机译：机场地区5 GHz微波着陆系统扩频带的无线信道特性

Time Dispersion Indoor Channel Characterization in the 8–12 GHz Frequency Band

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