可重构天线概述:设计、仿真与优化

Diego Langoni, M. Weatherspoon, E. Ogunti, S. Foo
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引用次数: 12

摘要

可重构天线的实现可分为三个主要过程:天线设计、仿真和优化。本文的目的是深入了解实现可重构天线必须做出的选择,作为未来可重构天线设计者在构建模型之前需要做什么的指导方针,例如选择合适的天线结构和可重构技术,适当的仿真环境,以及适当的优化算法,以允许在可重构状态之间顺利过渡。这些选择直接依赖于给定的项目需求。针对每种情况提出了几种选择,并根据所需的特性进行特定选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An overview of reconfigurable antennas: Design, simulation, and optimization
Reconfigurable antenna implementation can be separated into three main processes: Antenna design, simulation, and optimization. The objective of this paper is to provide insight into the selections that must be made to implement a reconfigurable antenna, serving as a guideline for future reconfigurable antenna designers as to what needs to be done before a model is constructed, such as choosing a suitable antenna structure and reconfiguration technology, a proper simulation environment, and an adequate optimization algorithm that will allow smooth transitions between reconfigurable states. These selections are directly dependent on the given project requirements. Several options are presented for each case, and particular selections are made based on desired characteristics.
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