Design and Assessment of a CE-OFDM-Based mm-Wave 5G Communication System
Design and Assessment of a CE-OFDM-Based mm-Wave 5G Communication System
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DOI：
10.1109/glocomw.2016.7848876
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发表时间：
2016-12
期刊：
影响因子：
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通讯作者：
C. Sacchi;T. Rahman;Nicola Bartolomei;S. Morosi;A. Mazzinghi;Fabio Ciabini
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文献类型：
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作者：
C. Sacchi;T. Rahman;Nicola Bartolomei;S. Morosi;A. Mazzinghi;Fabio Ciabini
在本文中，我们提出并评估了毫米波通信系统，这是基于使用恒定包络多载波调制格式，即恒定包络OFDM（CE-OFDM）：特别是，为了建立一个可负担的性能的初步评估，我们提出并设计了一个SIW开槽阵列与平方余割模式在73 GHz的;此外，我们仅考虑单用户非常高的数据速率传输和两种情形，即，小小区下行链路和所谓的“信息簇射”。仿真结果，在73 GHz的信道中的LOS下行链路传输，将考虑链路性能的误码率和分组错误率在LOS信道中，并证明CE-OFDM，使用网格编码调制，可以提供有趣的性能结果的鲁棒性和覆盖范围。
In this paper, we propose and assess an mm-Wave communication system that is based on the use of constant-envelope multicarrier modulation format, namely Constant-Envelope OFDM (CE-OFDM): particularly, in order to establish a preliminary assessment of the affordable performance, we propose and design a SIW slotted array with a squared cosecant pattern at 73 GHz; moreover, we consider only single-user very high data-rate transmissions and two scenarios, namely, the small cell downlink and the so called "information shower". Simulation results, related to LOS downlink transmission in 73 GHz channel, will consider link performance in terms of bit-error- rate and packet-error-rate in a LOS channel and prove that CE-OFDM, used with trellis-coded modulations, can offer interesting performance results in terms of robustness and coverage.