This study reports on the integration of a novel reconfigurable microstrip antenna capable of reconfiguring both its radiation pattern and frequency response onto a generic laptop computer structure. The purpose of such an exercise is to provide the relevant information necessary to integrate high performance antennas onto structures that can be used in ad hoc communication scenarios as well as other demanding applications.
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Explore how uncertainty quantification improves EM simulation by accounting for real-world variability and providing more reliable design insights.
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Explore a physics-informed neural network (PINN) formulation for time-domain Maxwell’s equations using split-field perfectly matched layers (PMLs), validated against analytical and FDTD solutions for open-domain electromagnetic simulations.
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Dive into the capabilities of XFdtd’s schematic editor and discover how it transforms schematic creation, analysis, and optimization in engineering.
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