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A multi-antenna technique for mm-wave communications with large constellations and strongly nonlinear amplifiers

机译:具有大星座和强非线性放大器的毫米波通信的多天线技术

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It is well-known that mm-wave (millimeter wave) communications have high potential for future wireless broadband systems. However, there are important challenges that need to be overcome when implementing those systems, both at the hardware level and due to the hostile propagation conditions. This is especially important for spectrally efficient communications based on large constellations, since the power requirements are higher, as well as the amplification difficulties, specially for large, dense constellations. In this paper we propose a multi-antenna transmitter combined with a frequency-domain receiver for broadband mm-wave systems based on large and dense constellations. Our transmitter is compatible with highly-efficient, low-cost, strongly nonlinear amplifiers, while allowing spacial multiplexing gains.
机译:众所周知,毫米波(毫米波)通信在未来的无线宽带系统中具有很高的潜力。但是,在硬件级别和恶意传播条件下,在实施这些系统时都需要克服重要的挑战。这对于基于大星座的频谱高效通信尤为重要,因为功率要求更高,并且放大困难,特别是对于大而密集的星座。在本文中,我们提出了一种基于宽带和密集星座的多天线发射机与频域接收机相结合的宽带毫米波系统。我们的发射器与高效,低成本,强非线性放大器兼容,同时允许空间复用增益。

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