Design-oriented modeling of antenna structures by means of two-level kriging with explicit dimensionality reduction
Author:
Publisher
Elsevier BV
Subject
Electrical and Electronic Engineering
Reference57 articles.
1. Devesh T, Ansari JA, Saroj A, Kumar M. Analysis of a miniaturized hexagonal Sierpinski gasket fractal microstrip antenna for modern wireless communications. AEU – Int J Electr Comm online, 153288, 2020.
2. A dual-polarized frequency-reconfigurable low-profile antenna with harmonic suppression for 5G application;Nie;IEEE Ant Wireless Prop Lett,2019
3. A miniaturized microstrip antenna array at 5G millimeter-wave band;Shen;IEEE Ant Wireless Prop Lett,2019
4. Sharma M, Kumar Gautam A, Agrawal N, Singh N. Design of an antipodal balanced taper-fed broadband planar antenna for future 5G and remote sensing satellite link applications. AEU – Int J Electr Comm ahead-of-print, 153292, 2020.
5. Dual-band skin-adhesive repeater antenna for continuous body signals monitoring;Felicio;IEEE J Electromagnet RF Microwaves Med Biol,2018
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