Spectrum decision based on Up-Time Radio of spectrum

Yanni Li, Dongmei Zhang, G. Wei
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Abstract

CR technology enables CR users the capability to share the wireless channel with licensed users in an opportunistic manner. In cognitive network, once the primary user appears on the spectrum during the entire communication of the CR user, the CR user has to vacate the channel and switch to another one. In this paper, a Spectrum Decision based on Up-Time Ratio of spectrum (SDUTR) is presented, which puts key focus on reducing collision on the licensed spectrum between the primary user and the secondary one. Moreover, the SDUTR algorithm can be operated over heterogeneous spectrum bands. Simulations show that total broadcasting delay and information redundancy of the network are reduced as compared to selective broadcasting [7].
基于频谱正常运行时间无线电的频谱决策
CR技术使CR用户能够以一种机会性的方式与许可用户共享无线信道。在认知网络中,在CR用户的整个通信过程中,一旦主用户出现在频谱上,则CR用户必须腾出信道并切换到另一个信道。本文提出了一种基于频谱正常运行时间比的频谱决策方法,其重点是减少主用户与从用户在许可频谱上的冲突。此外,该算法可以在异质频带上运行。仿真结果表明,与选择性广播[7]相比,该方法降低了网络的总广播延迟和信息冗余。
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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