Performance Comparison of Triangular KOCH Curve and SIERPINSKI Gasket Fractal Antenna Designs for Wireless Applications

Sujay D. Mainkar
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Abstract

As the entire world is proceeding towards experiencing 5G/6G wireless technologies, the performance requirements imposed on antenna size, effectiveness, frequency of operation, and reconfigurability are increasing day-by-day. This has inspired scientists working on antennas to create several models that adhere to these stringent specifications. Despite of this multiconstrained scenario, the use of fractal geometry in the construction of antennas is one of the unique approaches towards enhancing antenna performance. The proposed work targets at systematic investigation of promising performance demonstrated by miniaturized fractal antennas facilitating multiband operation.
无线应用中三角形KOCH曲线与SIERPINSKI衬垫分形天线设计的性能比较
随着全球向5G/6G无线技术迈进,对天线尺寸、有效性、工作频率和可重构性的性能要求日益提高。这激发了从事天线研究的科学家们创造出几种符合这些严格规范的模型。尽管存在这种多约束情况,但在天线结构中使用分形几何是提高天线性能的独特方法之一。提出的工作目标是系统研究小型化分形天线在多波段操作中所表现出的良好性能。
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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