Adaptive Deactivation of Subcarriers for OFDM based Cognitive Radio

Won-Seok Lee, Jae-Hyun Ro, Hyoung-Kyu Song
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Abstract

In this paper, an adaptive deactivation method for secondary user (SU) subcarriers is proposed. The deactivation method is applied to reverse link since the receiver uses same cognitive radio (CR) parameters for receiving signals in the reverse link. The proposed method protects the primary user (PU) bands from out of bound (OOB) interference of subcarriers allocated to SUs in the reverse link. The method can be used to prevent the continuous degradation of communication performance by notifying need for reconfiguration to the receiver. In the simulation results, comparison of total interference with a fixed deactivation method is shown.
基于OFDM认知无线电的子载波自适应失活
提出了一种辅助用户子载波的自适应失活方法。由于接收方在反向链路中使用相同的认知无线电(CR)参数来接收信号,因此将去激活方法应用于反向链路。该方法保护主用户(PU)频带不受反向链路上分配给单元的子载波的脱界干扰。该方法可用于通过通知接收机重新配置的需要来防止通信性能的持续退化。在仿真结果中,给出了总干扰与固定失活方法的比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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