Indoor Mmwave(室内毫米波)研究综述
Indoor Mmwave 室内毫米波 - Both reconfigurable intelligent surfaces (RISs) and ultra-dense (UD) small-cell (SC) base stations (BSs) are investigated for indoor mmWave wireless coverage enhancement. [1] The results in this paper are beneficial to building efficient and robust indoor mmWave communication systems. [2] In these two years, with the evolution of the fifth generation fixed network (F5G), the deployment of Fiber-to- The-Room (FTTR) provides a powerful tool to improve the coverage of indoor mmWave communication. [3] We study the use of dedicated flat passive reflectors to improve coverage in indoor mmWave WLANs through a reflector placement scheme that accommodates any general indoor scenario with pre-deployed ceiling-mounted access points (APs). [4] We discover that for indoor mmWave communications, the constellation of signals becomes much more “clean and tidy” at the receiver side compared with the current wireless systems (e. [5] This paper presents a thorough analysis on the azimuthal multipath shape factors and second-order fading statistics (SOFS) of outdoor and indoor mmWave radio propagation channels. [6]研究了可重构智能表面 (RIS) 和超密集 (UD) 小蜂窝 (SC) 基站 (BS) 以增强室内毫米波无线覆盖。 [1] 本文的研究结果有利于构建高效、稳健的室内毫米波通信系统。 [2] 这两年，随着第五代固网（F5G）的演进，光纤到房间（FTTR）的部署为提高室内毫米波通信的覆盖提供了有力的工具。 [3] 我们研究了使用专用平面无源反射器通过反射器放置方案来提高室内毫米波 WLAN 的覆盖范围，该方案可适应任何具有预部署天花板安装接入点 (AP) 的一般室内场景。 [4] 我们发现，对于室内毫米波通信，与当前无线系统（例如 [5] 本文对室外和室内毫米波无线电传播信道的方位角多径形状因子和二阶衰落统计 (SOFS) 进行了全面分析。 [6]
indoor mmwave communication 室内毫米波通信
The results in this paper are beneficial to building efficient and robust indoor mmWave communication systems. [1] In these two years, with the evolution of the fifth generation fixed network (F5G), the deployment of Fiber-to- The-Room (FTTR) provides a powerful tool to improve the coverage of indoor mmWave communication. [2] We discover that for indoor mmWave communications, the constellation of signals becomes much more “clean and tidy” at the receiver side compared with the current wireless systems (e. [3]本文的研究结果有利于构建高效、稳健的室内毫米波通信系统。 [1] 这两年，随着第五代固网（F5G）的演进，光纤到房间（FTTR）的部署为提高室内毫米波通信的覆盖提供了有力的工具。 [2] 我们发现，对于室内毫米波通信，与当前无线系统（例如 [3]