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Automatic modulation classification in practical wireless channels

机译:实际无线信道中的自动调制分类

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Flexible spectrum utilization becomes one of the major agendas in the next generation wireless communications. A core technology to efficiently adjust spectrum is automatic modulation classification (AMC) which recently emerges in various future wireless research including military communications, cognitive radio and high-throughput wireless. AMC is essential for capturing over-the-air information, estimating a remained spectral resource and improving spectral efficiency in the corresponding wireless services. We consider support vector machine (SVM) for AMC in practical wireless channels, which includes typical impairments such as frequency offsets and multipath fading. On the top of concatenated sorted symbols (CSS), we propose to include a new process and a new training procedure so that the classification performance is significantly improved from the conventional CSS-SVM approach in practical wireless channels.
机译:灵活的频谱利用已成为下一代无线通信的主要议题之一。有效调制频谱的一项核心技术是自动调制分类(AMC),该技术最近出现在各种未来的无线研究中,包括军事通信,认知无线电和高通量无线。 AMC对于捕获空中信息,估计剩余的频谱资源并提高相应无线服务中的频谱效率至关重要。我们考虑了在实际无线信道中用于AMC的支持向量机(SVM),其中包括典型的损害,例如频率偏移和多径衰落。在级联排序符号(CSS)的顶部,我们建议包括一个新的过程和一个新的训练过程,以便在实际的无线信道中,与传统的CSS-SVM方法相比,可以显着提高分类性能。

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