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Neural control of smart electromagnetic structures [patch antennas]

机译:智能电磁结构的神经控制[贴片天线]

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摘要

Smart electromagnetic structures (SEMS) are capable of interacting with the surrounding electromagnetic field and responding to it. A system is “smart” when it integrates sensing, processing, and control elements (e.g. antennas, neural networks, diodes) in an autonomous manner. A SEMS capable of tuning frequency autonomously is described. Data are presented showing that the system can extend the useable bandwidth of a microstrip patch antenna in a frequency hop environment to more than twice the static value
机译:智能电磁结构(SEMS)能够与周围的电磁场相互作用并对其做出响应。当系统以自主方式集成感测,处理和控制元素(例如天线,神经网络,二极管)时,它就是“智能”的。描述了一种能够自动调谐频率的SEMS。数据显示系统可以将微带贴片天线在跳频环境中的可用带宽扩展到静态值的两倍以上

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