Application of Neural Networks to Simulate a Monopole Microstrip Four-Tooth-Shaped Antenna of a monopole
microstrip four-tooth-
shaped antenna (direct problem) as well as for solving the problem
Model of resistance for a symmetrical four-tooth-shaped microstrip antenna microstrip four-tooth-
shaped antenna is considered. A detailed description of configuration of such
antennas Designing a Single-Band Monopole Six-Tooth-Shaped Antenna with Preset Matching© 2020 IEEE. The design of a symmetrical six-tooth-
shaped monopole
microstrip antenna is considered
Fast method for designing a well-matched symmetrical four-tooth-shaped microstrip antenna for Wi-Fi applications-matched symmetrical four-tooth-
shaped microstrip antenna at frequency of 2.44 GHz is considered. To solve the problem
Designing the Symmetrical Eight-Tooth-Shaped Microstrip Antenna for Wi-Fi Applications© 2018 IEEE. The problem of designing a symmetrical eight-tooth-
shaped microstrip dual-band Wi
Resonance frequencies of a symmetrical four-tooth-shaped microstrip antenna© 2019, Kazan Federal University. All rights reserved. The monopole
microstrip antenna with a
Method of accelerated modeling of microstrip antenna array characteristics using CUDA technologyMethod of accelerated modeling of
microstrip antenna array characteristics using CUDA technology