认知无线电,可重构天线,无线电机器人

C. Christodoulou, Y. Tawk, S. Jayaweera
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引用次数: 6

摘要

一个真正的认知无线电不必局限于实现动态频谱共享(DSS),或者仅仅是软件定义无线电(SDR)的升级版本,甚至是一个可以执行预定义的跨层优化的数字运算机器。基于这一更广泛的观点,我们提出了未来认知无线电设备的新愿景:我们将其定义为能够自主自我管理和自我重新配置以匹配其射频环境的无线电设备,使用可重构天线,同时不断从过去的经验中自我学习。我们把我们提出的自主认知无线电称为无线电机器人:它们是机械工程中的机器人或儿童科幻电影中的汽车人的无线电设备!虽然每个无线电机器人都将是一个认知无线电,但目前文献中发现的认知无线电都不能被认为是一个无线电机器人。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cognitive radio, reconfigurable antennas, and radiobots
A true cognitive radio does not have to be limited to achieving dynamic spectrum sharing (DSS), to simply an upgraded version of Sofware Defined Radio (SDR), or even to a number-crunching machine that can perform pre-defined cross-layer optimizations. Based on this broader view, we put-forth a new vision for a futuristic cognitive radio device: We define it to be a radio device that is capable of autonomously self-managing itself and self-reconfiguring to match its RF environment, using reconfigurable antennas, while continuously self-learning from its past experience. We call our proposed autonomous cognitive radios as Radiobots: They are the radio device equivalence of robots in mechanical engineering or Autobots in children's sci-fi movies! While every Radiobot will be a cognitive radio, none of the cognitive radios found in current literature can be considered as a Radiobot.
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